- Neutron= proton + electron?
- hydrogen bomb
- Nucleus
- Compton effect
- Experts please: Review of Pulsed Plasma Electric Motor Patent
- photon/gravity question
- Non-interacting particles?
- Quark's mass vs an electron's mass
- another nuke question
- Higgs Particle
- Need some help..
- beta or positron induced reactions?
- Quarks, and gluons
- tetraquark?
- free gluons?
- More gluon questions
- Bosons...................
- Types of particles.
- photon attenuation experiment
- Neutrino / Infrared question
- guestion
- Determining the charge or mass of an electron
- quark masses
- Quarks in electrons
- Uncertanty principal and repulsion forces of quark & gluons 2 question
- leptoquark info
- photon/ gluon
- graviational effect of quarks and strong force
- Looking for good overview (book or paper) of standard model
- While i'm talking books, is there a "Fields, Sets and Algebras for Dummies"
- Building a Particle Accelerator
- strong force
- photo-electric effect and elementary charge
- Simple question about radioactivity
- Rishons
- Some Questions
- neutralization and polarization?
- Quarks and Gluons
- Is there any evidence for a 4th family of particles?
- Bosons and Mesons - Fundamental or Compound?
- Strong Nuclear Force and Electrostatic Force
- Goldstone boson
- Beta Particle Radius...
- basic atom & molecule physics
- Beta Field Theory...
- annihilation
- Mass...
- Radioactive Nuclei
- Particles !!!
- Quantized Space (H)
- Quantized Space: General Form
- Introduction to Standard Model: presentation(s) requested...
- Neutrinos and Anti-Neutrinos
- Higgs Boson...
- Cosmic Ray Spectrum
- any comments on this?
- Lecture on pentaquark searches upcoming
- Of mass and matter.
- Universe-shaking discovery or more hot air?
- Yukawa-Hooke Equasion...
- Qed, Qcd...
- Matter and Light in Flatland?
- Magnetic Moment of the Tau Lepton
- Hypernuclei
- update on the nucleus-massive mesons coupling.
- Superheavy Synthesis...
- Photons
- beta decay
- Quantum Gravitons...
- how can something be the "smallest"
- project due tommorrow plz help!!!<---------
- poin and rho almost the same
- Henp
- Photon Isospin
- Question about SU(n) groups.
- Question about SU(n) groups.
- Were in the neutron is the electron?
- particles
- Binding Energy of the Deuteron
- how much powerful is an accelerator
- Prove that light has no mass PLZ
- light light??
- Proton: stable or unstable?
- real life examples
- Beta-plus decay
- Bubble Chamber photos
- Higgs boson - may have been found
- why do we need the graviton?
- attraction and repulsion for identical particles
- The String Theory-and im new
- about hierarchy problem of higgs mass
- why nuclei doesnt colapse?
- Standard Model: Lagrangian vs. Hamiltonian
- What is going on in this interaction?
- Neutron detector
- Photon-Pair Productionand Yang-Mills Equations
- Why do different pions have different lifetimes?
- forces between charges
- repulsion between two charges
- New theta pentaquark and standard model
- quantum field theory
- equation that predicts quark masses
- Charmed Meson
- Status of neutron magnetic moment?
- A good reference for subatomic particles.
- nothingness of an atom...
- neutrinos
- solar neutrino problem
- definition of "nuclide"
- Choice of Model for Cooper Pairing
- Neutrinos
- Quark Confinement
- Can someone explain how attraction works?
- Fundamental Particles
- What is the W- boson in beta decay?
- backscattering electrons
- quantum numbers
- proton structure
- Proton-Antiproton collision
- why do electrons orbit nucleus...
- mass hierarchy problem
- supersymmetry
- Highest Temperature
- nuclear radiation
- Call for Esau mini and microprizes or research. Rules.
- Characteristic of particles
- Beyond minimal standard model.
- superspace
- spin of quarks
- Feynman Diagram
- Neutrino, lepton and quark
- beta+ decay for Z>N?
- Nuclear Magneton
- Neutrino rest mass
- A new symmetry in nature
- gravity and anti-matter
- Electron Attenuation in Matter
- Awareness poll
- proton-electron orbital
- Neutrinos
- Calculating neutrino flux density
- Average # of collisions per particle over time
- Atoms and Space
- nucleon spin
- Time projection chamber and energy
- weight of the gluons
- suppression of beta decay
- n00b question: Why don't Atoms Collapse?
- instantons
- pentaquarks
- The Oh-My-God particle
- Nuclear Physics.....!!!!Please
- Planck length
- Higgs particles
- neutrino oscillations
- leptons and colour force
- colour force
- three body problem
- I found a lepton mass ratio formula:
- Just a thought regarding nuclear fusion
- Why no down/anti-down?
- confused on four fundamental forces... where does color come in?
- Gravitron Size
- Particle Accelerators...
- Production of massive neutrinos in electron - positron annihilation.
- Singularities in accelerators
- quark components
- neutrino inportance
- simple photon question
- extending weak x-section
- Compton Radius vs Compton Wavelength
- Simple photon question pt 2
- muons
- B and Anti-B mesons
- thinking about experiment
- mass gap in Yang-Mills theories
- Can 1 photon become 2 pairs?
- Particle Physics?
- Particle Physics - Terms I don't Understand
- A simple mass relation...
- three body problem
- fusion
- The weak interaction and fusion?
- A periodic table of particles
- time taken to absorb neutrons,photons
- transforming
- The wave-particle dualism applies to the photon (right?) but does it apply to...
- Why don't photons possess mass?
- Higgs Boson
- antiparticles crash course
- Positrons and Antiprotons
- On neutrinos.
- Bosons
- Strange Matter/Quark Star Matter/Strange Star Matter... and Stranglets
- how big is an electron?
- solitons
- Pions or Gluons?
- Coaxing a Neutron from Deuterium
- Simulation of Electromagnet Force
- What is the definition of "Particle"?
- Quarks .
- Play With Quarks
- Do protons also exist as "proton waves" similar to the "electron waves"?
- proton and neutron
- Why Gravitational Solitons does not exist?
- Generalized parton distributions
- What is a "Chiron?"
- particles, Antiparticles, and Superpartners
- Radioactivity and density
- w particle and beta decay
- Beta Decay
- photon striking charged particle
- Positronium Questions
- Photon acceleration(or acceleration wrt photons)
- Mesons, Baryons, and Leptons
- Elementary Particles Presented
- Uncertainty relation and absolute zero.
- How is sunlight radiation produced?
- Gravity in the Nucleus
- Charging Ions
- Particle Help
- Anti-matter question
- Polarisation by chiral liquid crystal
- Doesn't wavelength require a medium?
- decay rate Zo boson
- Yukawa Aqua...
- All the lepton masses from G, pi, e
- "for the discovery of asymptotic freedom"
- Light to Mass
- Simple questions about alpha particles
- Excitons
- Need help Nuclear Fission Question
- g-factors for e,n & P??
- Anyone have nuclear wallet cards 2000?
- Helical Electron Polarisation?
- gluon-quark-string interaction
- Question about nuclear cross sections
- Scattering Length
- Proton decay within the SM
- energy required to ionize helium
- Probability Clouds
- Faster than c!!!
- Half-Life
- Varying Fine Structure Constant?
- Singularity / Denseness discussion
- radioactive decay problem
- alpha particles
- Fermi Energy of a Nucleus
- Radioactivity Articles
- Little Confused, PhotoElectric Effect?
- Life on the Lattice
- Carbon 12
- Diprotons or dineutrons donot exist?
- Quick: b4 my exam.. How does n (Enery State) relate to s and L
- Cross section and Analyzing power
- Pion help
- Urgent help
- What is a quark field??
- Schwinger effect
- Photons?
- strong interaction and isospin
- radiation at all possible???
- Background radiation
- quarks
- X-rays & Electrons
- Faster than the speed of light
- Particle physics most important physicists
- Heavy Sparticles
- Muon Charge
- Wave and Particle
- Splitting The Molecule
- self-field theory compared with collision theory
- Quark colours?
- Quarks and Leptons: Fundamental or not?
- Dynamical Mass Generation
- Flavours
- Residual Strong Interaction
- The speed of gravity?
- nuclear spectroscopy
- internal conversion process
- latest decay data information
- Why Should We Care About Particles?
- Shell Model and Nuclear Spin
- positronium transition, energy of photon emitted
- What is the evidence for a higgs particle?
- Beef with my last test
- Rate of decay....
- Can you tell how far a photon has traveled?
- Binding Energy....
- photons in 1 cubic meter
- particle spin
- photons in 1 cubic meter at temp T
- Particle accelerator
- Sub-sub-sub atmonic particles
- are all particles identical?
- Feynman Diagram
- Photon Absorption
- Why 8 gluons?
- Solar laser. Why not ?
- Does mirror matter exist?
- Tachyon
- Mass of neutrinos
- How many is the effective mass of the d quark in the K0 meson?
- Conversion of mass to energy
- urgent
- Anti-gravitons affect on photons?
- leptons produced during beta decay
- What if colour didn't exist?
- Pauli's Exculusion Principle
- The H (1s) electron BE=13.6eV. What about the nucleus etc?
- Groups
- Large neutron cross sections
- What Is A Preon ???
- Electron in an l=+1,0,-1 state "hopping"
- How would you find the magnetic field of a spinning nucleus?
- [SOLVED] What forces the 3rd electron to form a 2s state?
- neutrino decay
- Bubble Fusion is Real.
- Force Carriers
- Positron-Electron Annihilation - two questions
- Head-On Collisions of True Point Charges
- Interaction
- easy particle question
- Cern
- [SOLVED] What controls/defines S=1 for Photons?
- Compton Effect and Transmutation
- Protons decaying
- Paper on neutrino mass ?
- Electron vs. positron? / spin?
- Conservation of Momentum....
- [SOLVED] virtual particles
- Breit-Wigner Cross section
- Planck Photon...
- Particle exchange forces
- pentaquarks
- Neutrino detection questions
- Neutron decay
- Electron crash into Proton
- Anyone got an image of the inside of an electron?
- The electron-indivisible?
- Electrons below 0 kelvins
- Beta decay
- binding energy between nucleons vs BE inside nucleons
- Muon Spectroscopy
- Particle oddities
- Notation Question
- Spin classification
- Whatever happened to...?
- Lamb shift and mass
- Multi-Channel Analyser
- 3e11 GeV Protons
- M_h=sqrt(2) M_w somewhere?
- Why is QCD non-perturbative at low energies?
- Electron-positron collisions
- Testing gravity theories with Anti atoms
- Subatomic Phase changes???
- Pi-meson question
- where to find this wigner's classical paper
- Energy conservation.
- is there a classical book on particle physics
- Planck Power...
- peskin QFT, problem 10.3
- Nuclear Force
- Particle detection
- gluons
- Single photon - how do they do this?
- Sum of its parts?
- Waerden's Dirac
- The recoil of an electron receding from a photon
- I have a question about fusion
- Pion Decay
- Why protons and neutrons have spins?
- I Have A Question! Please Help!
- I Have A Question about FUSION! Please Help!
- anti nutrinos
- neutrinos and theire speed
- Particle Physics
- Electron Orbits
- In vacuo oscillation
- We might have a problem
- antimatter
- Gamma and photons
- 'Colour neutrality' violated?
- light outside of the event horizon
- view a 1/2 spin
- Frozen Light and Optical Computing...
- Rate of spin of a particle
- Definition of nuclide re metastable states
- Why spinning protons have precession under magnetic field?
- Pauli Exclusion Principle
- Quark question
- Particle size
- bubble chamber experiment help
- pair production
- You said "pentaquark" !?
- What do they expect from the Large Hadron Collider ?
- Energy released in fission reaction
- lifetime of J/ψ meson - easy
- proton detection
- top quark and matter-antimatter
- Wilczek's Talk
- Smallest mass particle
- Higgsinium?
- Energy to remove a proton and a neutron from a nucleus
- Calculating the energy of an electron
- antiparticles: only distinct propery is C(Q)?
- research about matter - antimatter reactor
- positron - hole theory
- phenomenological model
- LEP and other high energy collisions
- Degree of forbiddenness
- Help? Electrons?
- Why is the top quark so massive?
- is a proton a sphere?
- If neutrinos have mass
- Gravitons
- anti-graviton = anti-gravity?
- Beta Decay questions
- Charge??
- Neutrinos: why uninteractive?
- neutron sprayer
- neutron star
- Deuterium-Tritium explosives
- G-parity
- preons! (subquarks, etc...)
- Physics paticles problem
- particle-antiparticle annihilation and spin
- Quarks and proof
- Is Feynman's time-ordering prescription covariant?
- Not-so-local gauge fields
- What happens to free quarks in particle accelerators?
- Question - Penning Trap
- Higgs Bosons
- i-epsilon prescription and the definition of mass
- Neutrino Overview.
- simulation of the fission as a stochastic process
- Zinc-54 undergoes rare 2 proton decay
- Alpha Magnetic Spectrometer Experiment
- Binary system
- Chemical influence on atomic decays.
- New Tevatron Experiments
- Higgs Boson Vs. Graviton
- Rutherford
- Annihilation
- Technological offsprings of particle physics
- Electrons & Earthing
- Annihilation of virtual e-e+ pair
- Neutrino Physics.
- Pressure and rate of nuclear decomposure
- Breit-Wigner formula
- Confusion on just what "fundamental" means
- Particle physics in the Sunday cartoons:
- radioactive compound
- What's between particles
- The building of a proton accelerator
- Q's about Electrons, protons, and neutrons
- Gluon color shift
- Anomaly-driven Decay of Massive Vector Bosons
- Why no beta-stable isotopes at N=19,21..?
- Z production cross section at LHC
- liquid drop model and langevin equation
- Charged Particles
- Uh-oh. More Bubble Fusion News
- stable atoms and radiation
- Fermi Gas Model / Fermi energy and momentum
- Neuclear Interactions
- Finding particle data on the higgs resonance width?
- Anti-matter..
- stopping particle spin
- Casimir Effect
- Can Anti-Matter be classed as..
- Cross Section Calculus
- no pair production with light alone
- Heavier proton, lighter deuteron?
- Another Preon Article
- gravitons have gravity?
- Progress in Physics: Online Journal
- websites on Nuclei/particle/atomic reactions
- How can we stablize muonium and positronium?
- Anti-particles
- Negative Mass
- link for particles
- Anti-gravitons?
- Please Define 'Charge'
- pair production question
- Supersymmetric Particles
- Energy of a particle
- Matter-antimatter question.
- Is there a formula for such a thing?
- Linus Pauling Close-Packed Spheron Model
- why t3 , t8 plane ?
- Speed of light..
- Math required for particle physics
- Electron-positron lattice model
- particle collision
- Antiproton discovery - 50th Anniversary
- gravitational effect on proton and antiproton
- New issue of Symmetry magazine
- the most basic constituent of matter
- Mass conservation in meson theory
- Non-central nature of nuclear force?
- Nuclear Decay Problem...
- still searching for gravitational effect on proton and antiproton
- Fermion
- Thompson cross section for protons?
- Electron band structure in a nucleus
- spin
- particle and anti particle
- cosmological constant
- evaporation of higgs field
- pair production
- Elementary Particles
- Are all fundamental particles singular?
- Top Quark to Top Quark collisions
- triplet production threshold
- Particle/Anti-Particle question
- Dual Representation and anti-particles
- Functional variation of Lagrangian densities
- Locality vs Non-Locality
- PANIC 05 Meeting
- is there anything smaller?
- Tokamak physics
- electrostatically confined fusion reactor
- New matter?
- BE condensate
- Spin 2 graviton
- 5 rep and 10 rep etc...
- Nambu Goldstone Boson
- Significance of isospin and hypercharge
- Electroweak symmetry breaking
- Hadley article on parity: physics/0406118
- What kind of neutrino?
- splitting particles
- Feynman diagram
- parity in pion decay
- Pion and nucleon masses
- Atomic Power
- How big is a quark?
- particle physics ...(ref)
- October issue of symmetry out today
- Particle Visuals
- Just curious ....
- EM-interaction
- What is correct?
- nuclear force microscope
- accelerating neutrons, production of ultracold neutrons
- Why?
- Anomaly Cancellation
- experimental methods for measuring the size of nuclei
- a ceaseless exchange?
- View from electron
- Pseudo Real Group if anomaly free
- How did Millikan do it???
- Gravitons
- radio activity lab suggestions
- electon-positron question...
- Nuclear waste
- who can help me???
- Return of the Ether?
- Particle Spin
- qed and qcd
- why not more fusion with a net release of energy?
- A Bose-Einstein condensate of alpha particles
- Do colliders observe mass first-hand?
- Congrats Alejandro! (hep-ph posting)
- Nuclei and Radiation
- Baez's new paper.
- Help with Anti-particles?
- Things that's accepted but has not been prooved yet
- Do vacuum fluctuations contribute to vacuum polarization
- I Need Help!
- ??? I don't understand ???
- Particle Accelerators and a 22 caliber bullet.
- PT symmetric non Hermitian formulation of QM
- Neutron Lepton interaction
- A Geometric Approach to the Standard Model, Greg Trayling
- Symmetry the new Ptolemaic Theory?
- Do Gravitons exist?
- Brownian Motion
- Strange way of visualising particle interactions...
- Quark composition of nucleons : dimensionality ?
- Queries on beta-decay
- Fourth Fundamental Force 1986
- Help with vacuums and particles...
- Attraction between two Hydrogen Atoms
- The Electron - Size of Magnetic field vs Size of Electric field
- neutrino elicity
- pions and quarks?
- Higgs Field
- Pair Production from Gamma Rays
- These quarks just don't add up.
- gravitons..
- Cobalt 60 and parity violation
- Confused over neutrinos
- The constituents of a neutron?
- Energy from proton and antiproton
- The spin of a particle
- Radioactivity?
- graviton spin-2 equation
- a bug in datafile
- Mass Eigenstates/Neutralinos
- Strong force?
- Currents / Multiplets
- Particle decay lifetimes
- What do you think about them?
- quarks and interactions
- Electron Light Absorption
- LQCD@home
- Massless electric charges
- Deuterium as opposed to di-proton
- muon g-2
- Physicists Discover an Atomic Oddity
- What is the mass matrix?
- electron
- How many mesons are there?
- Higgs and the Standard Model
- Quark Confinement Period, a Question.
- Raw data for neutrino oscillations
- Renormalization pseudo-scalar meson theory
- Why is the Z vector Boson heavier then most quarks?
- Boson questions
- Simple question
- *if* the higgs can not be found
- Re: Quark numbers?
- force carrying particles
- How are elementary particles born?
- Pair-Production A QUESTION
- Textbook decay calculation
- From Atoms to Quarks and Beyond: A historical panorama
- Decay Chains for Eejits
- Standard Model help requested.....
- Attractive forces
- He who has read paper Phys Rev. on "Dynamical Model of Elementary Particles"
- SU(3) decomposition
- Infrared Unification?
- question about antiparticles
- Superconducting Vacuum
- Is there a limit to a Vacuum?
- parity and spin
- Packing fraction
- Energy states
- Another question on antiparticles
- Do elementary particles have attributes?
- anti neutrino
- nuclear fusion
- Neutron's life time
- how to install Feyncalc?
- What is forward-backward assymetry, charge assymetry?
- Anti-matter Confusion
- Nuclear Power, a few questions
- The Strong Nuclear Force
- Particle Target Images
- information on a fission reaction
- Why do gases absorb neutrons less readily than water?
- Are neutrinos an example of quantum tunneling?
- tachyons
- Sandia labs sets new temperature record
- Charge Conservation in Neutron Decay
- General Nuclear questions
- Ring Accelerator
- Massive and massless quark renormalization in QCD
- Graviton
- Books on this subject...
- On the Dirac equation in a gravitation field
- triton nucleus and C14
- Graviton Properties, best guesses?
- Equations in this field...
- force carriers
- Strong interaction in hadronic hydrogen atoms
- Decay Processes
- cp variation
- neutrino oscilation
- why is U235 used for chain reaction but not U238
- What does a proton look like?
- The fundemental forces: four or three?
- parity?
- strangelet forming?
- A question on Isotopic Spin
- The Elegant Universe
- spontaneous and induced fission
- Clusters of Matter and Antimatter
- The great Matter-Antimatter Imbalance
- how could 2nd and 3rd gen. quarks be possibly discovered?
- strong nuclear force vs. electromagnetism
- Nuclear Shell Model
- Nnbar Simmulations
- Nuclear fusion and binding energy
- Is the Standard Model overly speculative ...?
- Nuclear Scattering
- School Me on Mass Difference
- Does it take work to hold an atom together?
- mass in things like gluon feilds
- acceleration of electrons.
- New Bs Mixing Measurements
- Energy of K-alpha x-rays
- Clustering Phenomena In Nuclear Systems
- neutron decay products: n → p + e + ν + DC-photon?
- Strong nuclear force and Iron nucleus
- exclusion plots and cross-section?
- absence of gravity at atomic level at all?
- lack of understanding of energy, quarks, and the strong force
- Why fundamental forces change their strength?
- Question: What is Virtuality for a Virtual Photon?
- Quark masses
- Detection of Elementary Particles
- does the nucleon-nucleon interaction depend on momentum?
- Help with neutron capture
- streamer chamber
- Neutrino 'Coherence Length'?
- Photon - Matter Interactions
- Do particles exist forever? Can Anything Exist forever?
- decay of 238U
- Natural decay of U235
- Whats wrong here?
- spin
- Quark
- Neutrino-antineutrino annihilation
- Is it possible to remotely detect a nuclear weapon?
- Matter - Antimatter interactions
- Concept of a particle?
- Laser Enrichment
- Quark(s)
- P-violation experiment
- Seasonal Neutrinos at Cern Courier
- What is the uncertainty principle for Standard Model particles?
- Neutrino Mass Lower-Bound?
- Help about the charge conjugation of Dirac spinor
- Suitable Nuclear Book explaining Structure Functions
- what gives particles their property?
- Mesons
- Cyclotrones etc.
- Induce radioactive decay via electron capture?
- Nuclear Physics European Collaboration Committee
- Prerequisites for Quantum Electrodynamics
- Uranium splitting question
- Nuclear fusion
- Gauge invariant incorporation of particle widths?
- Nuclear Magneton
- Are forces really carried by virtual particles?
- How is it that Neutrinos are able to Pass through the Earth?
- Help!! Particle accelerators
- Conflicting Teachings concerning Quark confinement
- non relativistic QFT?
- Particle Data Book, as a BOOK
- E=mc^2 and the nuclear bomb
- Particles as loops (new Freidel paper)
- Good particle physics primer
- Reduction in Heisenberg uncertainty
- Mössbauer Effect
- When matter and antimatter collide?
- Interactions between quarks and neutrinos
- Nuclear bomb!?!?!?!?
- Fusion possible with high voltage on deuterium?
- Nuclear structure
- Software for calculating beta decay
- Strong Nuclear Flux...
- subatomic charged particles
- negative mass
- What is the physical meaning of form factor?
- Conserved Vector Current Hypothesis (CVC)
- New value for alpha, the fine structure constant
- Atmospheric Muon lifetime experiment
- Why heavier particles decay faster than lighter ones?
- Neutrino as alternative to Higgs boson
- Use neutrinos for communication?
- Higgs and Graviton
- Impossible?
- What are major fruits harvested from charmonium spectroscopy?
- How to prove P=(-1)^L, c=(-1)^{L+S} for q \bar q
- Momentum Transference
- None standard higgs
- [URGENT]How to prove gluon has this quantum number assignment?
- Where to look for the estimated mass for 1^- glueball state?
- Where to find basic discussion about glueball ?
- Perpetual fusion
- Quark gravity
- Number density of neutrinos
- CP invariance
- Quarks
- Negative
- Experimental evidence of higher dimensions. What will they be?
- What is Diquark?
- Neutron configuration
- QCD, a part of standard model?
- Perturbative QCD and NRQCD
- virtual electron?
- beta decay
- Is baryonium fermion or meson?
- representation algebra
- What is QCD sum rule(s)?
- XRAY - Mosley Question
- Micro Nuclear Device
- Su(3)
- Freeman J. Dyson's 1951 lectures in TeX and PDF
- What is exactly central production?
- How to form a J^{PC} = 1^{--} state with only gluons?
- Book question -- Nuclear and Particle Physics
- Atom interaction simulator
- is there a quanta of rest mass? say multiples of electron mass?
- How do we find particles?
- electrons and protons
- free neutrons are unstable: would a muon in say uranium be "stable"?
- How exactly will LHC detect superpartners?
- What's the highest energy produced in an accelerator?
- What signatures will TEV/LHC seek with the HIggs Boson?
- Lasers and mass
- Since second and third generation fermions are unstable and spontaeously decompose
- the Higgs field: so gravitational field by itself cannot confer mass?
- The nuclear models do you now it ?
- GUT-SUSY SU(5) is falsified, does SO(10) SUSY predict superpartner masses & proton de
- Should the Tevatron see the Higgs boson? What-if LHC does not observe it?
- e-p Pair creation without nuclear collision?
- Virtual Particles
- Neutron Generator Applications
- No Particles in QCD?
- The Solar Neutrino Problem
- Is this possible?
- Lamb-Retherford
- Beta Rad & Positron/Electron - Radioactive Decay
- Dirac Sea and Exotic Matter
- If preons are real, and make up the SM, and SUSY is real and unbroken
- Is Energy of Gauge Bosons matched by Binding Energy?
- Beta Decay
- Deriving Feynman rules from Lagrangian
- strings as preons: does string theory allow muons to decay directly into e- + y
- Massless Quarks...?
- I know title shoub be put, but I could not think out
- "Astrology & Alchemy" in the SM
- How do you get Plutonium from Uranium?
- Matter/energy in 'empty' space
- High energy electron scattering
- forces on massless particles
- compact fusion reactor
- nuclear reactor
- worlds largest particle accelerator
- Singularity and movement question
- magnetic field is made of photons?!?!?
- magnetic field is made of photons?!?!?
- The difference of neutrino and anti-neutrino? If Majorana
- CarlB in Hawai!
- Electron emmission from orbitals
- Two new heavy baryons Discovered
- Need help please :) Matter fission
- Higher-order weak interaction decays
- that guy who made his own reactor...
- R Parity
- Supersymmetry algebras
- Neutrinos: Partner of electrons?
- The role of exotic resonances in the early universe
- Classic papers
- So the top quark is pure mass, with no internal structure, as heavy as a gold nuclei?
- Georgi "Lie Algebras In..."
- Neutrinos vs. gamma rays.
- so does the Higg field give the neutrino mass, and can neutrino velocity change?
- Particles or fields?
- Photodetection Efficiency (pde)
- electrons near speed of light in space
- I have a question about antimatter theory...
- uuu
- Is the designation as "matter" vs. "antimatter" arbitrary?
- witten publications
- lectures on hadrons?
- Neutrino mass
- Higgs Mass Predictions?
- A model behind the Standard Model?
- Higgs
- Eta prime decay width
- Problem on tritons and deuterons
- Quark masses and E=mc^2.
- Tau-Catalyzed Fusion
- Mater Annihilation --matter v.s. anti-matter--
- Wick rotation
- Axion discovered
- Time for a Poll: Higgs Mass Prediction
- Baryon Number Non-Conservation
- Gone fission - where does the energy of the neutrons come from
- What exactly is anti-matter?
- Zinc-64 decay?
- Absorption Coefficient of Aluminium
- Canberra CNF Spectrum File Convert ? !
- Calculate mass from activity?
- magnetic monopoles
- dependence of nuclear stability on mass number
- What keep the nucleous from colapsing into its self
- Photon splitting?
- How do particles collide?
- Problem with Feynman Rule for Vertices
- High energy electron scattering and proof of nucleus structure
- Cerenkov effect for neutrinos
- Question: photon analogs for strong and weak forces
- Two Neutron Bound State
- SuperHeavy Elements
- Law of Nuclear decay?
- interaction lagrangian
- fundamental particle?
- What are doublets, singlets..in SU(N)?
- What are the shape of nucleons and quarks?
- Online papers of 't Hoofd and Veltman
- stable isotope
- Gluons
- Nuclear Simulation- Beta Decay ??
- Important discoveries in HEP, experimental
- The pi meson...
- Why "Tri-Bimaximal"?
- Critical Mass
- Hydrogen Bombs
- Dynamics of Protonium
- What process creates mass?
- Lonely Proton
- A hot topic : MSSM Higgs
- What is mean by an "elementary particle"?
- Lifetime & uncertainty relation w.r.t. particles
- calculating z0 decay
- Lifetime???
- Converting 208Pb to 206Pb or 203Tl //isotopes
- Cosmic ray fluxes?
- Mass to light?
- Please Help me Nuclear Fission Problem
- Minos
- Radioactive decay questions
- AIRES experts?
- How to convert C-12 / C-13 to C-1
- Small black holes
- Silly Collider Question
- New Book: Models of Atomic Nucleus (2006)
- Cold Fusion baby
- Microwave phenomenon
- Mediation of the electromagnetic force
- Atmosperic neutrino
- Fermi theory of beta decay?
- casimir operator
- What doyou think about Reactor's Rubbia?
- Deformed nucleus
- New radiation warning symbol
- proposed plasma technology......will it work?
- Neutron decay?
- In each Fission event 3 neutrons are released.
- Difference between Thermal and Fast neutron in a reactor?
- Does electron contribute to nuclear force?
- Confirming stable new elements?
- Nuclear scattering
- why are Planck quantities so extreme?
- Nuclear Power
- Gigaton Of TNT
- Nucleon and Delta baryons (resonances)
- Question about plasma
- Particles in the Solar Wind
- CERN LHC Milestone met today
- alpha_s calculation
- photodisintegration
- Density limit of plasma confined by rotating electric field?
- Beta disintegration
- Decay
- Radiation velocity
- Latex and Feynman Diagrams
- gluons with mass?
- Why are gauge fields in the adjoint rep?
- Scalar meson spectroscopy
- Weak interaction
- Pion parity
- Cabibbo Supression
- Antimatter
- W particles
- Chew's bootstrap
- QFT: Trace Theorem
- SU(3) symmetry of QCD
- nucleus having only neutrons ?
- list of fundamental equations and constants of the standard model
- Help! Need description of formation of heavy elements
- Cosmic-Ray Detector May Be Shelved
- LHC Magnet Test Failure
- Decay and scattering: What happens between the final and the initial state?
- Idea for nuclear fusion
- Fermions are massless
- Lhc
- Bohr Magneton experimental value
- structure of the electron
- Where do the electrons go in a decay process?
- Standard Model
- neutrons and binding energy
- Can anyone explain nuclear recoil. . .
- Helium excitiation energies
- Can you get gravitons to behave like photons in laser?
- MiniBooNE
- Levels of Matter
- Do photons decay?
- MeV of a Neutron
- unitary representation of SO(2,1)
- Conformal Groups
- Neutrino Absorption
- Gauge symmetry and symmetry breaking
- Cms
- beta decay
- Beta Decay Curve
- spin of a particle
- Drawing Feynman diagrams with Feynmf
- binding energy
- Gamma decay and binding energy
- higgs mechanism
- What is the velocity of neutrinos, and do their interact with the HIggs field?
- is spin of tau conserved in lab/rest frame?
- Practical review of fusion approaches?
- If the neutrino is its own antipartilcle, how would that affect its chirality?
- Physics term
- Neutron Stability
- Non-scientist's query regarding nuclear fusion
- critical fission energy question
- dt fusion and dd fusion
- Decay of W+ boson
- photon mass
- Lifetime neutron in nucleus
- CERN & new particles
- Hadron jets
- do we have different photon
- LHC on CBC Radio
- charged particle optics papers
- nuclear physics
- Particle accelerators
- Niels bohr model
- Isospin question
- Trace of gamma matrices with FORM
- Hyperon Nucleon interaction
- NYT on LHC
- Rho-meson mass due to angular momentum?
- Interactions and particles
- Relation strength interaction and decay time
- BBC movie on LHC, online
- How clever are the experts?
- Quark Charge Determination
- What energy density expected at LHC point of collision?
- CKM Matrix and mass eigenstates
- Asymmetries -vs- Differences in xsecs
- Quark Binding Energy
- Forum Rules
- Form Factors & GPDs
- Atomic and Nuclear Transitions
- Solar Neutrinos
- Tetraneutrons, quark confinement
- Interaction of particles in a Thin Slice matter
- Nucleus of atom
- Touching it could be dangerous
- Pauli Exclusion Principle--question
- spin of protons
- Nuclear density
- What role does the neutrino play?
- What is the W boson?
- Spontaneous fission condition of the nucleus
- Unexplained energy in nuclear process
- Why does a quark flip-flop?
- LHC to skip low-energy test runs
- Breit-Wigner Formula
- resource for cross sections
- Low energy Neutrinos
- neucleons: proton and neucleus
- hydrogen when its electron is removed
- Generalized Wick's theorem
- Particle cartoons by Roz Chast in Symmetry mag
- Caos and nuclear physics
- Laser Amplified By Plasma
- Beam energy calculation?
- neutrino mixing
- QED Calculations
- neutral pions
- Unparticle physics
- Isospin question
- Dangers of the LHC
- Color Force
- Three Body Decay
- phaseshift in threshold energy
- Double Beta Decay
- pseudorapidity
- Higgs particle
- MCNP4C: efficiency calculation
- cross section weighting
- Interactive fields in QFT - the φ^3 example
- Pair creation and annihilation
- Compton electron
- Baez's node 7 speculations
- gravity is made of gravitons ??
- LINAC for Cancer Treatment
- Isospin vs. flavor vs. spin - Difference and similarity?
- Gravitons
- Element 113 & 115
- massless photons is a hard concept to grasp
- A question that bothers me - Photon spin up/down state?
- Neutral Current - Neutrons and Neutrinos
- Binding Energy?
- Resources for scintillation
- Virtual Particles?
- percolation threshold
- Vacuum
- Higgs Mechanism
- Moon and GUT scale coincidences
- Free-free absorption
- Converting Plutonium
- ?Ref for Cutkosky cutting rules
- How to show this time-order product expression?
- Symmetry
- Neutrino oscillations
- Higgs mass
- existence of virtual particles
- Atomic BOMB but not RADIOACTIVE!
- Brand new member--am I at the right place??
- Energy and cross sections
- Energy limits of gamma rays
- Half Life of Radioactive Isotopes
- Conditions for thermal neutron induced fission
- Construction of the Universe
- Slow neutron beam deflection by a magnetic field
- generation 4 (e, mu, tau,...?)
- Question-binding energy per atom
- If Neutron and Proton have some diff. mass then why?
- How did he calculate the probabilities?
- resonances
- Need some help interpreting the muon energy spectrum
- Binding Energy-same question-different approach
- Anti-neutron + Electron reaction?
- please clarify
- Origin of charges
- Problem in understanding the Isospin
- Quick question on positronium:
- Beta threshold energy
- Understanding Yield
- Coulomb barrier in alpha decay
- Is there a convenient parameterization for muon radiative losses in matter?
- The Nuclear Antenna
- Drawing Feynman Diagrams with Feynmf
- Orthogonal and linear
- Positron-electron annihilation in matter
- Solar Neutrino problem
- Conservation of momentum at Annihilation
- Element 18001 "reactium"
- Higgs field
- Bethe-Bloch equation for high-energy muons
- Hi, I'm new and have a couple questions.
- dark matter/virtual particles in standard model??
- Neutron Interactions
- Chirality
- Interesting new model(s) on the hierarchy problem
- Undergrad Thesis Topics
- Binding Energy and Mass Deficit
- higgs and fermion masses
- electron speed at 0K
- Resonance and Quasiparticle
- An easy one about atomic bombs.
- what particle is this?
- isospin
- Particle Accelerators.
- Multiwire Proportional-Chamber doesn't work!
- Muon attenuation
- Nuclear detonation in outer space
- Monte Carlo task in physics
- Question about plasma pressure at low densities.
- Partial width
- Deeuteron Quadrupole moment
- Cosmic Ray Muon Production Altitude is not right!!
- QCD, Yang-Mills
- Electroweak symmetry breaking without a Higgs
- slow us down
- Why TeV?
- Request for help on reviewing new web page
- Missing energy techniques
- What attraction/repulsion?
- Antimatter!!!!
- New User, silly questions
- Questions on reversed "Coulomb" force.
- mesons/bosons
- Island of Stability (Unbihexium)
- Stopping Radiation
- Can electrons me decomposed?
- Neutron Fusion
- Elementary Fusion
- An UHECR neutron (kinetic energy 10^19 eV) approaches a magnetar (B = 10^10 T)
- Mie Scattering
- Would these work? this is just academic interest.
- Precise Measurements
- Deriving the Dirac propagator 'purely' from causality
- decay rates
- Symmetry
- deacay data
- Bunch of Nuclear Physics Question, Please help me.
- Neutrino Oscillations
- Regarding heat
- QCD, confinement.
- particle mixing
- Ji's Sum Rule
- differential cross section w.r.t rapidity
- Technicolor etc
- Magnetic photons?
- Easily accessible and valuable articles
- How are particle masses measured?
- How are meson spins worked out?
- Bjorken scale variable x
- Transmutation of hydrogen into biochemical elements?
- Whatever happened to Thirring and Nambu-Jona-Lasinio
- How to count polarization states of massive particles?
- How to fix a suitable gauge?
- Gluon propagator in the infrared
- Quantum flavordynamics (QFD)?
- skyrmions
- binding energy
- Quantum field theory or particle physics what first???
- What consequenses would there be if the photon got mass?
- Operators fields and classical fields
- Nuclear fission
- Helicity violation in strong interaction?
- life time for spontaneous fission
- f - block and nuclear fission
- matter and anitmatter
- Pions - how they interact with Baryons
- Beta Decay, how can baryons produce Leptons ?
- odd question: danger?
- Other oscillations
- CP Violation
- Nuclear Interactions: Inelastic and elastic scattering
- muon and tau antineutrinos
- Srednicki's QFT book
- Allowed Reactions
- Significance of Surface and Coulomb Terms
- Lie derivatives of non-vectorial fields
- Neutrinos from the Sun
- Is there another way for nuclear reactor?
- beta minus decay
- Excitation levels and Nucleus Size
- Subatomic rotations in a plane Abelian group
- plasma energy
- basic question about Z2 graded algebras
- Transforming angular distributions between different reference frames
- CKM Matrix
- ZZ event
- About a pion reaction
- How does a scalar transform under adjoint representation of SU(3)?
- What distinguishes the neutrinos???
- Pythia and differential cross sections
- neutron neutron pair
- Confusion about group theory/topology notation
- Radioactivity calculations
- Terribly Basic Question
- Weak interaction - conservation laws
- Vertex Corrections
- A hypercharge problem
- Moment of intertia, Nucleus
- Matter-antimatter annihilation
- spherical Gamma-ray source
- Weinberg, Vol. 1: Path Integrals Query
- Lattice QCD
- Some questions about Cerenkov cones.
- trans-uranians
- control creation time of light "particles"
- Quantum mechanics of a particle in circle and chiral symmetry breaking
- Large gauge transformations of QCD in the temporal and in the Nakanishi Lautrup gauge
- SU(2)xU(1) unification
- nuclear radius
- Finding the Muon decay length reduced by Ionization loss
- Higgs boson detection is it possible as of 2008
- Tau Lepton Decay Question
- CP-Violation /Strong CP Problem
- The constants of physics not constant
- Dirac, Majorana & a missing factor of 2
- The Rest of the Yukawa's Theory
- Doubt about Bhabha scattering.
- How does this happen?
- right handed neutrinos
- more generations of leptons and quarks
- True width of J/psi particle
- what exactly is z-pinch fusion
- Beta particles experiment
- [SOLVED] Hey friends :) can u help me...?
- Penetration of beta particles
- Gaussian03
- cosmogony of generations, symmetry breaking
- Decay of U238
- Existence of sterile neutrino
- Properties of Exotic Matter
- Neutron Reaction????
- Higgs mass
- Strong force
- Cross section
- Atomic Half Lives
- LHC question
- Help with a formula in Weinberg
- Higgs Boson
- Higgs Hiding in Plain Sight?
- Yukawa couplings
- Chiral anomaly, pion to photon decay
- Binding Energy
- Unparticle
- Kinetic Terms
- QED via path integrals
- A question about GUTS
- Beta voltalics
- Poisson Distro.
- mixing formulas
- Help with page 73 of Weinbergs QFT, vol.1
- Please clarify
- nuclei radius
- Nuclear Isomer Research
- Gravitons and infinite regress.
- Nuclear Shell Model - Spin-parity
- Can we accelerate particles to arbitrarily high energies?
- Radiative gluon/photon
- NAI(Thallium doped) Scintillator Calibration?
- Interesting Particle Accelerator
- Parity maximally violated
- Weak force
- Introduction
- Taming Infinities
- Spontaneous fission
- "Boiling the Vacuum"
- Half lives
- I need a topic to discuss...
- Allowed hardron reactions
- theoretical value of sin(2\beta)
- Quark Gluon Plasma
- Photon point
- Rest Energy.
- Spin Polarization and Momentum in Particle Decay
- applications
- Cross sections on the web
- Neutron electric charge density
- photons associated with magnetic force
- energy of neutron in using optical model....
- measuring neutrino spin
- how fun is particle physics research? (re:computation work)
- Binding Energy
- Theory vs Phenomenology
- Antimatter/matter Question
- Limiting factor for tube dimensions in beam delivery system
- Radiotracer Decay - What's Left?
- Can a neutral pion decay to a neutrino and an anti-neutrino?
- higgs field
- No Core Shell Model -NCSM
- Isotope stability
- Z-pinch plasma behavior
- Laser Fusion
- Dirac equation and friends :)
- Large Hadron Collider (LHC) Dangers?
- Positron and anti-proton existence
- How were quarks or hydrogen made in the early universe?
- Resonant Plasma/New ICF method
- Gyromagnetic Ratio
- Higgs Mechanism
- relativistic quantum mechanics
- the different lifetimes of W boson and Pion?
- Conditons for Beta Decay
- quantum numbers
- The Planck energy
- Groups in Quantum Mechanics.
- First Evidence of New Physics in b <--> s Transitions
- inclusive, semi-exclusive and exclusive nuclear reaction
- Quarks in a meson, antibaryon, baryon
- top coupling = 1 + corrections
- Quark-Gluon liquid
- Vacuum decay
- Quark vs. Hardron mass
- Can we add or remove a proton?
- Where are the Higgs boson particles
- Fusion Help
- Radiation Physics
- Gauge invariance and it's relation to gauge bosons
- The difference between Compton and DeBroglie wavelengths..?
- SM - textbooks
- annihilation?
- New Koide paper, for CarlB
- Thought experiment: Implosion reaction
- monopoles
- Naive Question about GUT
- Left spinors in GUT theories
- Question about plasma
- Large Hadron Collider Black Holes
- What is charge? Why do fundamental particles possess it?
- On spontaneous symmetry breaking and Higgs’s mechanism of mass production
- Photon as electrical force carrier
- What quanta mediates the nuclear forces?
- cross sections
- currents in matrix elements...
- Magnetic Moment
- beta particles
- Left-/righthanded fermions
- Asymptotic Freedom in QCD
- Can neutrino detectors measure energy?
- Time translation invariance and the vacuum state
- [SOLVED] Gamma radiation
- Higgs fermion … the march is over … ?
- Where is Higgs boson?
- soft particle
- Buckyonions & Beta-Decay
- Accelerating nuclear decay
- Alpha particles
- elementary particle
- energy reconstruction in calorimeter
- binding energy
- Ionization cross-section
- (Neutron capture) cross section
- Interaction terms
- Muon-Catalyzed Fusion of Metallic Hydrogen
- Matter-Antimatter Split Hints at Physics Breakdown
- Reactions of captured muons with nuclei
- Muon lifetimes
- what is neutron diffusion?
- law of impulse
- Cold Fusion
- Finding eq of motion
- Island of Stability - Applications for Superheavies?
- Superheavy Elements
- [SOLVED] Lifetime & Branching ratio
- fision products, the W coincidence
- [SOLVED] Theoretical question - what would happen?
- Why are delta-particles so short-lived?
- Group
- eta meson
- How does deuterium interacts with neutrons?
- about eta meson
- LHC Predictions
- energy of proton in continuum
- Higgs Branching Ratios
- Cern
- Charge Independence and Pauli Exclusion Principle
- help understanding nuclear property
- neutron quantum numbers (NEED HELP!)
- effective neutron multiplication factor
- Fission activity at GCSE level
- Do neutron bombs have a beryllium cladding?
- Size of a neutron
- Alpha Decay "extra" electrons
- Properties of Particles for research
- is there a reaction called nucleus reaction???
- "Why did Matter Beat Out Anitmatter?"
- Milo Wolff: Spherical Standing Wave Structure of Matter
- Questions on Direct Energy Weapons
- Splitting a Photon
- Electron-Proton Fusion?
- positron-electron annihilation
- The WIMP Detector Thread
- Light-Front Holography
- Missing ET
- Black holes at LHC
- parton? quarks? what is the difference?
- Formation of elements under conditions of thermodynamic equilbrium
- lattice primer
- gamma matricies
- IVB theory
- The nuclear fission does not work!!!
- charge raising weak current
- K+/- Decay Question
- Particle octet (another try)
- American Journal of Physics
- accelerating electrons
- Obtaining Dirac equation from symmetries
- Obtaining the CDSA range of Bethe-Bloch Equation
- up and down quarks
- First superheavy element found in nature
- Tachyon Question
- Accelerating Neutrons
- bremstrahlung radiation - a stupid question
- BPS states.
- Light-cone gauge
- Plasma: MHD; what about neutral fluids?
- Stripping Electrons
- Z boson
- pair production
- strong force measurements
- Fuction of a Neutron
- Stupid Question
- quarks and spin states
- is possible some elements absorb neutrons, without any nuclear reaction?
- velocity of atomic (hydrogen) electrons
- Muon detector efficiency?
- W and Z boson production and decay at e-e+ collider
- Not back-to-back emission of decay products
- why there is more energy released in fusion than fission?
- why are some particles more strongly ionising than others?
- Volts/amps for an electric arc between points
- What is up with spin?
- Does an A mass always give the same amount of energy?
- Hack! Fusion with very high voltage
- Alpha Radiation Shielding
- Your Thoughts on Black Hole Production at CERN
- relation between scattering amplitude and isospin
- Cern, and the LCH
- Time Flies!
- Latest info about parton fragmentation
- visualization of electron as a wave
- questions on super gamama rays
- where does charge come from?
- Variational technique
- Grand Unification Theory fine structure constant...
- What if quarks are real
- Energy Loss in Scintillators
- Annihilation or Conversion
- How to explain an experiment
- A question about trace technology
- Reactor Waste
- Muon decay lifetime...
- Would this work?
- "...the observed masses of the particles.." R. Feynman
- Relativistic kinematics
- Can equation of motion depend on the choice of metric?
- questions about behavior gamma ray particles
- Helicity (as related to photons and Z-bosons)
- Q^2 values
- SEM problem
- Derivation of Yukawa potential: quandry
- Origin of terminology (baryon number, hypercharge, strangeness)
- cross section
- How do you create protons, neutrons, and electrons from energy?
- Antimatter
- About Neutrinos...
- graviton vs gluon ball
- Spin and Curvature of Space
- Flavour-SU(2) for Pion-Multiplett
- asymmetry in e+e- anihilation
- a question on converting MeV to GeV
- Help velocity vectors, electrons, and KeV.
- whats the difference between colour and flavour?
- Cabibbo Theory
- Virtual particle
- Virtual particles stolen from the universe?
- Tl in NaI
- unitarity of CKM matrix
- Q values for strong weak and EM interactions?
- Parity of two body system
- canberra
- Black hole in LHC?
- Weak and Strong Processes For Z =/= Z(Max Stability)
- Helicity - Experiment proving CP violation
- Why is the photon massless?
- Higgs mechanism and gauge theory
- weak decay of hyperon...
- propagators
- NY Times on the LHC
- Neutron flux calculation using FFT in a nuclear reactor
- Adjoint representation
- Decay width
- Another question on rates, propagators, etc
- CPT Symmetry
- Electron positron helicities and gamma-5
- Green Function of Quantum Field Theory
- Gamma-5 vertex
- Beta Decay question
- SU(3) and quarks
- Can photon couple to scalar field?
- another question about beta decay (stupid ones)
- t channel
- QGP and CGC
- Decay of Cr
- Radioactive decay formula
- Pure Yang-Mills theory in D=1+1
- Lab frame versus center of momentum frame
- Toy field theories
- Binding Energy and fusion...
- Uses for particles
- Quarks
- The antineutrino in beta decay.
- A limit maximum temperature ?
- Gluon radiation
- Three curves of stability?
- H vs. A; bombs
- Would baryons and their antiparticles interact via the strong interaction?
- C60 + DT = Fusion?
- Gauge Bosons
- Which Gluon is missing?
- Terminology of rho electroproduction
- Why there are no spinors for GL(n)
- Dual of electromagnetic field tensor.
- Coupling the gauge bosons to the Higgs scalars
- Antineutrino
- Lagrangian
- Matrix elemnet of pion decay
- Planck Boson...
- Deuteron
- Types of energy released in a nuclear explosion
- how many elementary particles are there?
- Energy required for particle accelerators
- Why f0(600) is not seen on lattice computations?
- Threshold energy of a photoproduction
- Mandelstam variables
- the colors of the quarks!!!!
- Neutron to Proton
- Proton radius
- Motivation for SU(2) x U(1) and charge operator
- Is the numerical value of action functional of any importance?
- Formation Length
- Light Behavior
- If an electron is a continuous wave then…
- Valley of Nuclear Stability
- An Identity in SUSY sigma model
- useless ponderings about subatomic particles
- what are antiphotons?
- Simple question on SUSY multiplets
- Neutron resonance
- why releasing energy?
- charge and mass
- Why does massive carrier implies finite range?
- Green Function approach is more physical?
- Large Hadron Collider Question
- QCD form factors
- Photon as a guage bosons
- The likelyhood of black holes in LHC
- EW global fit,pole mass,gluon fusion
- Relativistic correction for strong nuclear force?
- look for a book
- Group Theory Notation
- Does Higgs Field incorporate with String Theory?
- gluons
- plasma capacitor?
- Quantum Theory in Curved Spacetime
- Proton decay [was: Are atoms 'perpetual machines'?]
- what is meant by winding state of a field?
- gamma-ray photon detection
- Electrodynamics in particle physics
- Why three generations of particles
- Simple question on Lie algebras
- Longevity of Stau (supersymmetric particle)
- Neutron causing Nuclear Fission... how?
- Neutron Matter
- Fusion Question?
- Radioactive Decay - Beta Particles
- Majorana representation of Gamma matrices.
- Why do muons decay?
- Tutorial for FeynCalc
- Canberra Multiport II Ginie 2000 Stops counting
- Renormalization
- Rb and Rc problems in electroweak theoy
- Sr-90 Dirty Bomb
- Fusion Power and ITER
- Purdue University declares physicist guilty of scientific misconduct
- Scintillation Detector
- Attenuation Of Gamma Rays
- Feynman rule involving derivative of a field.
- History of particle discovery
- Differential cross-section divergence
- Nuclear fusion. Magic neutron. (Basic)
- Axial Anomaly and Fermion Mass
- Derivation of BRST charge
- Question about nuclear fusion
- Activation Energy
- Is chirality operator defined in odd dimensions?
- spinors in d dimensions and Clifford algebra
- how to turn a proton into neutron by e+p-->n?
- How to deflect a neutron?
- Radiohead...
- Quantum Gravity
- Dark Matter and supersymmetry
- Detecting Quarks
- Quark Gluon Plasma
- Higgs excluded at 170 GeV (press release 4 August)
- Put a quark in it...
- Photos of LHC - fantastic!!
- Coincidence summing in gamma ray spectrometry
- Cross-section conversion
- spin, charge, and magnetic moment
- Unparticle?
- Calculation of specific activity when element consists of two isotopes
- Unification
- Spontaneous Symmetry Breaking
- future fusion reactor
- SU(3)xU(1) breaking exercise?
- Plasma reaction with Water?
- How to make sense of the sum: 1+2+3+...=-1/12 using regularization?
- How much radiation energy can a charge give off?
- Casimir effect
- Is antimatter a theory or does it exist??
- lead as absorber
- weak "force"
- Orbiting Cloud Chamber
- Are the W bosons charged before symmetry breaking?
- Standard Model of Particle Physics
- why does low energy neutrons favor U235 fission?
- Proton-proton fusion?
- Nature of Sub-Atomic Particles
- Is Higgs just a force?
- Colour Charges of QCD
- mass and chemical reactions
- Definition of short- and long-distance effects in branching ratios
- How to focus a beam of charged particles?
- Hydrogen Bomb....
- Neutrinos and anti-neutrinos
- Monopoles and Magnetic Reconnection
- Strong Nuclear force (Yukawa's interaction Vs QCD)
- What nuclear reactions are attributed to cosmic rays?
- Equations of QFT
- Higher energies and shorter distances
- very simple question on SM
- Gamma Function & Strong Force
- What's up at the LHC?
- how to measure the released energy?
- nuclear force/inverse xth power law
- LHC Physics and Beyond
- Temperature of sub-atomic particles
- Kindergarden question about the Strong Force: its origin
- Classical Chromodynamics
- Saturation of the Nuclear forces
- Nuclear decay rates possibly correlate with distance from Sun
- Gauge theories
- Wire chamber
- Isospin
- Can gravity be a kinematic effect?
- Question about particle physics
- Decomposition of direct product into symmetric/antisymmetric parts
- Why proton?
- Discussion about this passage
- magnetic field of an electron
- Electron beam through window
- Again simple question from one book
- Accessing LHC data
- Question regarding CP violation in the CKM matrix
- Help!On overlapping diagram
- high or uncertain momentum
- Virtual LHC exploration at bbc.co.uk
- QCD vacuum
- Quick Question about anti-particles.
- Mass of elementary particles
- Dynodes in p.m. Tube
- Use of Scintillator
- Where do the particles come from in collisions?
- Temperature and Radioactivity
- The L.H.C. Electron Theory
- Particles
- Whether and how LHC will help us get past the SM
- CERN's LHC
- How will LHC know the Higgs when they "see" it?
- CERN, think AND not OR?
- what are bosons?
- Calculating the Energy of a Neutrion
- LHC Schedule
- Elementary Particle Physics
- ~Physics Question!
- What are the "Extra Dimensions" in the LHC experiment?
- Variation with scalar field coupled to gravity in 2D
- particle constituents - very confused
- particle/antiparticle "annihilation"
- Questions about radiative decay modes
- Higgs particle, supersymmetry and dark matter.
- What is meant by the breakdown of unitarity at TeV-scale
- Discussing the Future of CERN and Particle Physics in General
- Why are the legs needed in a penguin diagram?
- energy in the LHC beam at any time
- new to particle physics
- QED loop calculations.
- Groups of quarks and confinement
- angle & energy of compton electrons
- spontaneous endothermic nuclear reaction?
- Book reccomendations: CP violation, SUSY and Gravity/EM unification?
- Nuclear fusion in matter
- Issue about CPT
- Hydrogen to Helium
- Yang-Mills covariant derivative
- What is wrong with the standard model at 1 or 2 TeV?
- Pair production crossection
- Confusion on Pion Charges
- CP violation: why not in K*, B* vector mesons?
- antimater question
- Higgs boson and the mass of W and Z
- Question on differential crossection, pair production
- How many mesons and baryons are there?
- Is the quadratic divergence of the Higgs mass really bad?
- Structure constants of SU(N)
- why do they use a huge tokamak?
- Nucleon masses
- e=mc^2 question
- Higgs field
- Electron mass density approaches infinity?
- fusion,fission
- neutrino flux
- Extra neutrons in heavy atoms and Gravity
- Bethe-Bloch Equation different materials
- Higgs mechanism and Angular momentum
- Anti proton production
- Calculating energies for a nuclear reaction?
- If nuclear forces would be spin independent!!
- Understanding gluons and SU(3)
- Pion Decay
- Internal conversion
- Zero quadrupole moment
- virtual particles
- baryon singlet representation for SU(3) flavour symmetry
- simple introduction to particle physics
- Parity Conservation Means???
- virtual particles again
- protons in the nucleus
- Fierz transformations
- arXiv:0810.5357 CDF looks into itself for new physics
- Can massless quarks form massive hadrons?
- Nucleon potential
- Physicists Discover 'Doubly Strange' Particle
- The speed of leptons
- Photon spin states
- Poincare group decomposition and chirality symmetry group
- Nuclei Shell Energy
- boson and electron mass and speed in beta decay
- How do you visualise particles?
- Standard model
- Black hole electron
- Scaling in DIS
- Antimatter, matter and time
- Is nuclear decay based on probability?
- The Bjorken-x depicitive
- Why does Z=-1 for a beta minus particle?
- spontaneous symmetry breaking of gauge symmetries
- Nucleitronium?
- Worked out calculations?
- particle creation and annihilation and the remaining fields problem
- Higgs field
- symmetry energy
- Neutrino Oscillation
- Why LHC use proton-proton collide instead of proton-antiproton collide?
- The nature of particles in the Standard Model vs String Theory
- Second and Third Generations of Proton and Neutron?
- How do physicists calculate half-lives?
- Did a mini black hole cause the leak @ CERN's LHC?
- LLNL Claims Cheap Anti-Matter Breakthrough
- Weak decays- why do they occur?
- Motion of quarks inside the neutron
- Basic help with Hadrons
- Nuclei Single-particles Harmonic Oscillator Potential
- Understandig Representation of SO(3) Group
- "It's confirmed, matter is merely vacuum fluctuations."
- Need help for a talk on CERN
- Is j a nuclear quantum # or subshell notation or both?
- Projects in Particle Physics
- Do Quarks Decay?
- Color currents in classical QCD
- Why is positronium unstable?
- Eightfold Way Question
- LHC down until late summer 2009 or early 2010
- Why are only some particles fissionable/fissile?
- energy within photons
- Number of quarks inside a nucleon
- Could the Higgs not exist?
- How much power will 10 grams of plutonium produce?
- W bosons
- Measuring the spin of a Higgs Boson.
- Will the Higgs mix with glueballs?
- How is nuclear spin determined?
- GUT and Lie Algebra
- beta decay of neutron gives a quark mass of Proton (uud) and e- much less than udd
- Please, help me understand radioactivity.
- Interaction between electron & neutron
- antimatter residual radiation Q
- Nuclear bomb chain reaction
- Why can't rho^o decay into two pi^o?
- Dirac Spinors Suck
- Confinement Issues
- Why do couplings run with log of energy?
- Photons, antimatter
- Compound in Bethe-Block
- Building a particle accelerator
- Field Strenght tensor in QED
- exothermic electron capture decay...
- How do you read Clebsch-Gordon tables?
- question about intrinsic structure of the electron
- Electron-positron pair creation by weak interaction?
- beta decay
- Quarks exchanging gluons
- How do i understand this equation ?
- Photons - most energetic ever detected
- Why can't there be spontaneous symmetry breaking in finite volume?
- massless boson vs massive boson
- The standard model, a couple of q's
- a quark soup
- Resonances
- The antineutrino in Beta decay
- How does the electron mass run with energy?
- Weak analog of the 'Strong CP Problem'
- matter-antimatter colision and pure energy
- model for series radioactive decay
- Different types of neutrinos
- Can photon interact with neutron?
- I thought protons couldn't decay
- Neutrino oscillation and Mass
- High Energy Photon/Curved Space Limit??
- How can you determine if a reaction occurs by electromagnetic, strong or weak force
- Is an electron a type of electromagnetic wave?
- What's the relation between SUSY Generators and Covariant Derivatives?
- Feynman's empty space isn't really empty space
- Standard model coupling strengths
- Question about parity
- How to impose a boundary on higgs mass given the top mass?
- URGENT- gravitational coupling constant value?
- Hyperconductivity in dense high energy particle streams/sheets
- quark attraction
- Spontaneous fission experimental discrepancy!!!!
- antimatter bomb vs tsar bomb
- TNT vs Thermonuclear
- nuke radiations
- Thomson scattering?
- Approximate cross section calculations
- What does "W cut" mean in regards to particle physics?
- DGLAP g-g splitting function?
- Where EXACTLY is the "Mass" of an Atom? Proton? Quark? Hadron? Gluon??
- Can a stable nucleus ever spontaneously become (temporarily) unstable?
- By how much are particle masses renormalized at Planck energy?
- Nuclear explosion equations
- evidence for 3 quarks in protons
- Conservation of Weak Charge?
- Do vacuum fluctuations affect molecular bonds?
- Recently discovered ZZ diboson
- size of electron
- Structure of the atom - strong interaction and colour charge.
- Neutron-only nuclei
- Neutron Decay
- Accelerate an Uncharged Particle?
- why spin 1/2 nucleus has no quadrupole?
- Testability of GUTs at the LHC
- Does an electron have an internal structure?
- Proton electron fusion
- heavy nuclei/mass defect
- Cross Section Difference Bhabha Scattering and Muon Pair Production
- Is the weak and strong force the same force?
- adjoint representation correspondence?
- positronium decay
- Feynman diagram calculator
- How do gravitons work?
- why we need intermediate particles
- The Nucleus or Nucleon or Neutron Bomb
- Quadratic Casimir Operator of SU(3)
- Why do all elementary particles spin?
- Weak interactive force
- Nuclide
- Quark Confinement
- Virtual Photons
- Yukawa's Potential
- Compute Breit-Wigner for particle decay
- Question on solar neutrinos and IceCube
- Please explain binding energy?
- Higgs field trouble
- Detection of Gluons
- Spin connection vs. Christoffel connection
- Hidden sectors
- bound states of massless fermions
- uuu in spin 1/2 config
- Hi. a simple question on endothermic fusion
- proton neutron antisymmetric wavefunction
- Aether & higgs field
- boron-proton
- 180deg Rotation in Isospin space
- Backward and forward in time?
- positron annihilation
- No anti-photons
- gamma matrix trace Paradox??
- Helicity of neutrinos
- Renormalization - basic questions
- Pu
- How do you make a partical excelarator that uses negitive ions?
- What is the trace of the second-Rank tensor?
- Quantum gravity
- Gravity at a microscopic level
- There is no "thing" there...
- difference between neutron and neutral delta
- dumb question on U-238 neutron capture
- What is the difference between the "God Particle" and the Graviton?
- Production of C14 in the upper atmosphere
- Binding energy
- Fizzle Material
- Natural units
- Power counting
- Symmetries and Conversation Laws
- Neutrino Oscillation <-> Neutrino Mass
- Conclusion from beta-spectrum to existence of neutrinos
- Neutron capture by light nuclei
- Analogue of Callan-Symanzik equation for Ising model
- What is the difference between additive and multiplicative renormalisations?
- Minimal mass of a neutron star.
- 3 body final state kinematics
- What is topological charge
- questions about weak force +bosons
- Leptons
- 'Extra' terms in Abelian Higgs model
- high energy gamma rays
- antimatter
- Particle Mass
- largest particle accelerator in existence
- Antimatter (Proton & Anti-Proton Annihilation)
- What is the about equivalence of...?
- Weak interaction left handed v. right handed
- core signal segment signal
- masses of sub- atomic particles
- Standard model symmetries
- Lattice QCD: topological charge
- Conserved generalization of isospin I_3
- strong interaction range
- Neutron proton hit
- Energy spectrum from flux?
- Units in Particle Physics
- Physical interpretation of V and A couplings
- Classical Yang-Mills Force Law ?
- Spin-X particles
- Does the Higgs violate E=mc^2?
- Very Basic Nuclear Reaction Q Value Problem
- Indefinite number of neutrons?
- Question for thoes working in E&M/optics fields
- A contrasting variant of QFT (J. Math. Phys 48, 2007)
- QED electron radius...
- Inelastic Particle Collisions
- instantons in non-abelian theories
- penning trap/electron radius
- Custodial Symmetry
- gluon radiation feynman diagram
- isospin of gluons and photon
- ward takahashi identity
- plasma-for lack of a better title
- decay of pion
- constituents of pions
- Neutron packed together
- How do you find the magnetic dipole moment of a hydrogen atom using different method?
- Carbon dating like techniques...Reliable or not???
- C and P parity of gauge bosons - what are the values?
- how do scientists know the structure of the nucleus
- About Quench Parameter
- How to solve the Free Parameter Problem in SUSY ??
- muons and tauons
- Higgs, Fermi-Dirac distribution, and Pauli exclusion principle
- Are these reactions allowed?
- [Anti] Matter In The Early Universe - Over Complicated?
- is this all the evidence for quarks?
- Video on the Large Hadron Collider
- Nuetrino Oscillation entanglement
- Binding energy
- Flavor conservation in EM interactions
- inelastic particle colliding
- quarks
- Connection between killing forms and metrics
- Motivation for electromagnetic field tensor
- Radiocarbon creation mechanisms
- weak interaction
- Gribov copies
- Pair Production
- Short half life nuclear homogenous or non homogenous Poisson?
- In which direction is the spin of longitudinally polarized W?
- Spin in 2D
- Why isnt there a up,up anti-down baryon?
- matrix valued propagators
- quirks and exta dimensions.
- Positron neutrino=electron antineutrino
- Why demand gauge invariance?
- Mass?
- What is a multiplet?
- Atlas LAr Calorimeters
- Gluon condensate
- Proof that the E.M Field is invariant under guage transformation.
- Muon Lifetime Experiment
- renormalisation and proliferation
- Drell-Yan at LHC
- about asymptotic freedom
- infinitesimal Lorentz transformation
- what is analysis of the spectrum?
- the concept of duality.
- kinetic energy of various photons
- N00B Particle Physics Paper Help
- Relation between Clifford algebra and Lorentz algebra
- Photons and neutrinos
- nuclei vs. hadrons
- I want deduc vertex?
- Deduced amplitudes
- Gauge Bosons.
- Does renormalization means discarding corrections to a known constant?
- Mass deficit and mass excess
- Anyone has done calculations with the Wess-Zumino model?
- CP symmetry violation and matter antimatter asymmetry
- Beyond the Photoelectric Effect
- pion decay in electron and neutrino
- Resource/reference for particle interactions?
- Decaying
- More fermion generations?
- Nuclear Reactions
- Nuclear Effect versus Atomic Effect
- pair production
- Secondary radiation from alpha particles?
- I got a topic to research!! Recommended preparatory reading?
- Attenuation of Gamma Rays
- Mass absorption coeficient
- Beta decay mass condition
- photoelectric effect and LEDs
- QED vertex
- Higgs mechanism
- Nuclear binding energy problem
- Photon propagator
- Angle pd decay between two muons between Z boson?
- Deuterium fusion into Helium-4
- cold fusion.
- Why is the mass gap of QCD so important?
- Reading the Table of Nuclides
- The Poincare algebra
- Parton Distributions in PP collisions
- The Manhattan Project--calculations
- How are quark masses determined experimentally?
- Liquid Drop Model of the Nucleus
- Neutrino
- Does antimatter 'shine'
- antimatter
- hadronic jets
- Questions re: Higgs Boson
- Running coupling constant in QED
- Neutral pion decay
- Where to read about QCD mass gap
- What does "collision" mean when dealing with elementary particles?
- On equivalence of QFT and Quantum Statistical Physics
- Normal ordering
- electron radius/scattering experiments
- Source of soft gluons
- Fusion Power
- Bound Neutron States?
- Change of energy under charge conjugation
- Scattering matrix to traces/dirac spinors
- Fuison/fission, where does the energy come from?
- Lasing
- something I always wondered about electroweak theory
- What do we mean when we say "on shell" particles?
- Could mirror matter p-parity explain matter-antimatter assymetry?
- Anti-particles
- [ASK] What can the isajet do?
- K - shell capture
- Generating functional (or partition function)
- History of High Energy electron-positron collisions
- Groups and representations
- Physical interpretation of charges and casimirs for SU(2) and SU(3)
- what makes a system strongly coupled?
- electron/neutron scatter
- Z_3 symmetry in NMSSM superpotential
- Beam target fussion probability plot
- Universal weak coupling hypothesis
- could any one suggest one book on nuclear physics to me?
- total angular momentum of N identical bosons
- Emission of Gamma and Beta rays : Experimental Problem
- Question about gauge
- laser fusion and science fiction
- Why does the higgs particle explain mass?
- about three body phase space
- Would anyone care to explain this?
- conversion
- energy difference
- Why strong interaction is short-range force?
- What is a quark diagram?
- Ununbium discovered...
- What does SU(3) x SU(2) x U(1) means?
- producing lithium-6 deuteride
- how do TOKAMAK's provide thermal insulation
- conformal symmetry group for R(1,3)
- Extra dimensions vs. dark matter in the LHC
- asymptotic freedom
- Delta decuplet in a helicity basis
- Photon and amplitude
- N number of delta rays
- So-called radiative corrections
- matrix reppresentation of poincare group generators
- Question: Particle speed & c
- Photon interactions
- Binding energy & gluons
- repartition of n's and p's in nucleus
- Energy Acceptance in Electron Storage Rings
- Quark Matter questions
- Rebuilding the Superconducting Super Collider
- Some QCD questions
- Bethe formula question
- Keep on smashing them quarks.
- What's the Standard Model of Particle Physics
- Does the W mass run with energy as little as the electron mass?
- NuTeV "anomaly" : evidence for in-medium nucleon modification
- dep inelastic scattering with graviton as propogater
- Nuclear Fission Yields
- why is electroweak grouped together?
- Chiral symmetry breaking and approximate flavour symmetry
- What does "random" mean wrt nuclear decay?
- Why can't SU(2) be the gauge group of electroweak theory?
- Jets, R-paramater (resolution)
- Rontgen's discovery of x-rays - question
- Chiral symmetry, quark condensate and self-energy
- The Cerenkov radiation cause?
- The supposed Higgs particle
- Collective model
- Vibration excitation
- Quadrupole moment
- Bremsstrahlung in scintillators
- Quantum_theory_of_gravitation
- Explanation of the Higgs Field?
- Moffat's non local renormalization and no Higgs
- axion decay width
- LHC and Supersymmetry
- standard model lagrangian?
- Do anyone do ther research on neutrino physcis?
- Dimensional Regularization Problem
- Electron - Positron Annihiliation
- Quantum numbers of N/Deltas resonances
- Spin-2 exchange particle and GR
- What is meant by ``Renormalon"?
- about an integral
- origin of inertial mass
- Photon + photon
- Beta- decay
- QFT : Why do tensors in lagrangian densities contract?
- Nucleonic orbital angular momentum cancelation
- Symmetry and range of interaction
- Scattering of alpha particles
- Reference regarding CP/Matter Dominance
- What can be called a fundamental theory?
- Supersimmetry in 4 dimension
- [HELP]What is the difference between renormalized mass and the running mass
- different formulations of pQCD
- Neutrino flavor properties
- Higgs Boson = Graviton ?
- Stringy landscape v.s higgs fine tuning
- What happened to the position basis?
- Where to find data on sea quark distribution of protons?
- How does the dressed electron look like in QED?
- Detectors..
- Energy conservation for virtual photon
- LHC Restart at 7 TeV
- How did physicists predict anything about the Higgs boson?
- Importance of other Elementary Particles?
- Conversion Gev -> barn?
- quantum chronodynamics
- neutrino energy from beta+ decay
- The W boson mass is exp(-4pi^2) of a Planck mass
- Nuclear Collsions fusion cross section
- What is Gauge Invariance in QFT?
- Non relativistic limit for dirac propagator
- Are not the IR and UV divergences the same (mathematically)
- Acceptance value of MC
- How does the mass ratio M_W/M_Z evolve with energy?
- Would a theory with ONLY logarithmic divergencies be renormalizable ?
- How can produce dineutron?
- How to explain the mass deffect?
- spin of photons/gamma ray transitions
- Flavor Spin Wavefunctions
- can a graviton pull another graviton?
- Negetive Energy!! Can it be observed?
- electron-pozitron annihilation, conservation of spin
- quarks visualization
- Lifetime of electrons and protons outside the nuclues.
- 2h + 3h
- Large Hadron Collider questions
- Why does FISSION release energy?
- line shape
- Local symmetry and forces, what book to read?
- quarks
- where is the higgs boson located in the atom? or is it even in the atom?
- Can Nuclear forces be totally zero and can they ever be repulsive??
- Is magnetism important in particle interaction?
- WZW model
- Muon decay and internal structure of leptons.
- Looking at the spin of 7N7 and 9F10
- Beta Decay Question
- Antibaryon matter.
- Antimatter and gravity
- Exact Gauge Symmetry of the Standard Model
- Haag's Theorem loophole?
- Z Boson, Posiron-Electron Annihilation.
- Phenomenological aspects of ultra-high-energy collisions
- Can nuclear weapons explosion produce "neutrino pluse"?
- SM particles in highly curved spacetime
- Inertial mass, gravitational mass, and the Higgs
- Neutrino power extraction feasable?
- Half life and nuclear decay.
- Paris NNbar potential
- reactivity dollars notation?
- beta decay fundamental question
- Calculating energy released from beta decay
- Fast neutrons vs thermal neutrons
- short wavelengths carry no energy????
- Nuclear fusion using a plasma jet
- Fusion with laser.
- LHC vs Cosmic Rays
- Is poincare grouo simply connected?
- Question about the IACT type telescope, and what it sees.
- How to calculate the radiation view factor of a UV light ?
- Particle Stream Generator
- Can we see elementary particles?
- Particle identification in detectors
- fractional calculus in theoretical nuclear physics
- Energetically favorable modes of decay
- Particle physics & QFT, A conceptual question
- Yukawa coupling
- nucleon structure
- gravitons
- Weak coupling strength constant
- decay angle
- Can neutrons collide?
- GIM Mechanism and FCNC
- Spontaneous Symmetry breaking-weinberg's chair
- Question about Internal Conversion Coefficient/Decay %
- strong versus weak interactions
- Higgs particle and inertia
- Infinite cross section in scattering
- Representations of Lorentz group
- Self Quenching In Geiger-Muller Counter
- What is "parton shower"?
- Quark color 2-dimensional?
- what is the higg's boson?
- Heat energy in fission reactions.
- Difference between pion and rho
- Thesis statement for my essay on the LHC
- Why there's more matter than anti-matter?
- Quantum numbers of a field acquiring vacuum expectation value
- neutron decay
- Could GUT be wrong (i.e unrealized in nature)?
- High Temperaure Plasma's behavior with other solids and liquids a Room Temp
- Energy of a Gluon
- Limit at which Strong Nuclear force = Electromagnetism
- pauli lubanski pseudo vector in spin representation
- how to view light absorption by atoms
- CObalt 60
- String theory - Homology and Homotopy
- e- e+ annihilation, γ energy
- beta radiation
- Causality in QFT
- helicity states degrees of freedom
- Radiation Dose rate!
- In SUSY, do pions have SUSY-partners?
- Hyperdrive at LHC?
- Polarisation vector vs spin vector
- real vector plus complex vector
- particle physics: energy conservation
- cobalt_decay
- Apparently, Higgs bosons created in an alternative future can alter the present.
- Hypercharge
- Thermal Cross Sections
- Heavy Atoms
- Atomic partons?
- The neutrino its own antiparticle?
- Energy flux in sun gives rise to polarization of plasma in sun?
- Fluka/Flair--How to use?
- Isotropic Decay
- Boron Neutron Capture Therapy (B10->B11)
- Nuclear explosion in space x-rays hit atmosphere.
- Visual anomalies during nuclear explosions
- Little Boy (bomb) fission question
- Au-196 decay: help reading tables
- Singular external potential in a field theory?
- Shouldn't the particle and anti-particle in a meson annihilate?
- CM energy for different mass/energy beams
- Questions Regarding Energy Generating Fusion
- Which fermions are chiral besides neutrinos?
- Experimental Proof that Neutrons are 3 Quarks?
- Time Of Flight (TOF) calculator!
- isoscalar nucleus
- Nuclear Shape
- Neutrinos
- Yukawa Matrix
- shake-off
- Propagator derivation
- Neutrino ?
- Beta decay
- decay rho-->eta + pion is forbidden.why?
- binding energy per nucleon / fission / fusion
- vertex correction
- Neutron Anti-Neutron Anihilation
- black hole in LHC
- What is the point of particle accelerators?
- A layman a bit scared of the LHC (as always)
- p p_bar annihilation
- Neutral Kaon oscillations
- Radioactive flux attenuation in air - Need Help
- calculation of flux/
- thermal Doppler broadening in the Mossbauer effect?
- Understanding Beta Decay...
- Capacitor breakdown equation...
- Evaluating Decay Energy.
- Bird 1, LHC 0
- \rho \to \pi \pi decay rate
- Lorentz invariant measure
- Cross section for two identical particles in the final state
- Gauge fixing
- Specific Questions re Particles
- MC Vertex
- Particle masses in fusion
- New LHC monitoring portal LIVE DATA
- Duck on a pound VS Cherenkov radiaton cone
- Negative energy particles?
- How to prove N=1.5Z for heavy nuclei?
- gauge symmetry
- Photon mass limit
- Critical Mass - Questions
- Sub Critical, critical and supercritical - Question
- what can neutrinos tell us about time?
- A dumb neutrino question?
- LHC Restarts
- nuclear model
- D* -> D + gamma BR calculation
- Quark Size
- Why J.J Thomson use gold in his experiment for atomic model?
- Beyond LHC: NewScientist: by Jessia Griggs
- statistical tests used in HEP
- First pictures of LHC collision events at CMS detector
- 1986 Memorial Dirac lectures
- Particles and the LHC
- electric quadrupole moment and nucleus shap
- LHC Data
- CERN, Antiproton Decelerator
- How Do They Create a Neutrino Beam?
- Nuclear Fusion Question?
- Tevatron Higgs searches
- Restoring and breaking SU(2)xU(1)
- Weak interaction, fusion, and tunneling
- Expansion in a Small Parameter
- Playing with a decay constant
- attenuation
- 1070 GeV in a single beam at LHC, topping Tevatron
- Basic Nuclear Physics Questions.
- Quick question about about a Pion decay
- Fourier Transform quartic interaction
- one simple question
- 7 TeV per beam compared to 1 TeV per beam
- Peskin Perimeter video lectures on particle physics
- Impossibility of self constrained system of charged particles
- Momentum conservation in collisions.
- high energy photons collapsing into small black holes?
- Decay chain (Bi -> Po -> Pb)
- Quick question - Help!!
- Realistic initial timeline for LHC
- What is meant by the term "gauge singlet"?
- Radiation Sickness
- Estimating radiation risk
- Accelerator of ions
- NMR of Dry Ice
- cylotron
- Conversion of Electrons into Neutrons
- Appearance of radium
- quick question
- How can a free elementary particle really be a particle
- Peskin & Schroeder QFT 5.6 Need help!
- Lax pair of superliouville theory
- hydron collider
- help with electron positron annihilation into W bosons
- Cluster decomposition of the S-matrix
- A Query about Pair Production and Electron-Positron Annihilation
- Wiki Quote 1 - Higgs Mechanism?
- Wiki Quote-2 - Higgs Mechanism
- Neutron Beta Decay
- intrapolation values of attenuation coefficient
- LHC - strangelets probability
- Higgs - By their evidence
- Nuclear Forces
- Question about conservation of lepton and baryon
- Electroweak Interaction
- Problem For Structure of Nuclei -- Enigmatic !
- Carbon-14 Decay
- Complexity, The Standard Model and Higgs
- Annihilation
- Is nondetection of SUSY @ Tev a problem low energy SUSY?
- They detected dark matter?
- Feynman Looking for A "Particle Version" of QFT
- Scattering of a Neutron and Proton
- how would a photon or neutrino interact within a quantum system? Wh
- (urgent) Can someone help me understand the factors in the Breit-Wigner formula?
- Alpha particle generator.
- If neutrinos could form condensate, superfluid
- Schwarzschild Proton
- I need Article
- Kaluza Klein, Goldstone Bosons, symmetries obliging masslessness???
- Photomultiplier Scintillator Cosmic Ray level monitoring
- why alpha and beta?
- compare and contrast Electron and Nucleon States
- What makes a material fissile?
- Weak angle coupling constant
- Why energy absorbing after Fe and energy realising before Fe ?
- Has proton decay falsified SO(10) GUT?
- Unitless constants and unitized forces
- HARP feud
- Gauge redundancy and Discrete space time
- obtaining range from bethe-bloch formula
- The photon as a mediator particle
- zero mass particles
- nonzero photon mass
- Antimatter: Production, storage and gravity experiments
- PH spectrum
- Derivation of Dirac equation using Lorentz transform
- Collision Probabilities
- calculation trafo chiral multiplet
- LHC: why proton-proton?
- Neutron Production, Capture
- US Institutions Participating in LHC Experiments and Accelerator
- Higgs and Lattice calculations
- Tachyons in or out
- elementary argument against longitudinal photons?
- Matter/Antimatter Collision Radius
- Higgs Field and Fluid Dynamics
- LHC: news
- Space-based particle accelerator
- Subatomic Particles
- Muon charge ratio
- How are branching ratios determined? by experiment only?
- Neutron Generators
- No mini b/h at LHC because h/e/p collide with earth every day?
- Electron-positron collision
- Higgs Mechanism
- Cross Section
- Neutron-Neutrino collisions and the W bosons
- Coupling
- Smolin, Gell-Mann, Higgs
- Matter-Antimatter Pairs
- Radioactivity
- Endothermic nuclear reactions
- When 2 particle beams meet head on
- conversion coefficient
- B meson from proton antiproton collision
- Feynman Diagram Question, Antiparticle
- track momentum definition
- Is an atom's nucleus a single particle?
- Is it possible for two neutrons to 'bond'?
- How come there are no neutron atoms?
- lefthanded neutrinos
- CP-violation (T-violation)
- The SNF and whether particles "touch"
- internal conversion
- Electron-Positron Collision
- Another q on electron positron collisons :)
- Elastic reactions, ratio of cross sections
- Why are neutrinos always lefthanded?
- Neutral pion decay question.
- The difference between a nuclear physicist and nuclear chemist is...
- Singularity in Rutherford cross section
- Confusion over binding energy
- What are space-like and time-like virtual photons?
- Quark spatial change in nucleons & nuclear stability
- Penrose objection?
- virtual particles and Einstein energy relation
- Questions about the baryon octet and decuplet?
- Radioactive Decay?
- spin and parity
- 5-gluon scattering
- Summary of Particles
- Normalization, reweighting, and the scale factor:
- Nuclear Liquid Drop Model
- electron field
- I created a Black Hole in my Living Room
- Top Decay
- Advice on a derivation from Guage Fixing Lagrangian to Equation or motion?
- U-235 fission
- What is transverse mass?
- Higgs vacuum energy-momentum
- Why is there a mass defect in the nucleous?
- Resources for pi-N scattering?
- Symmetry breaking "domain walls"
- Higgs - pls help with feynman diagram
- Absolute zero
- quick question about positive beta decay and mass defect?
- Alpha-decay of uranium
- Oh no, not Radon!
- Two questions about angular momentum in the nuclear shell model?
- Charge Conjugation Operation
- Spin of the pion
- Z lighter than W?
- Density matrix to represent polarization, what is this? References anyone?
- Threshold Cerenkov counters
- b-bbar production at the LHCb
- What is a nuclear fizzle?
- Optical theorem definition
- Scattering of a scalar particle on a spin-1/2 particle
- link between momentum transfer and distance
- three particle pion decay
- How do you interpret quadratic terms in the gauge field in a Lagrangian?
- Charmonium: two photon decay
- Where does the energy from Nuclear Fission comes from?
- Slow neutrons
- Getting two nucleons bound..
- top quark size
- Binding energy per nucleon for atoms of low mass number
- What changes under charge conjugation
- What is Mass?
- Feynman diagram confusion
- Pion Annihilation
- Divergent partial wave amplitudes
- broken P and CP at RHIC?
- Purpose of tracking detectors with "stereo design"
- Dirac-delta term in a non-relativistic interaction
- Electron velocity
- Gamma spectrum Na-22: Peak origins
- Time dependent annihilation op
- help me understand higgs boson
- Form Factors and Integrable QFT models
- "Higgsless" Standard model
- First results from LHC
- the LHC
- local vs. global charge conservation
- gravitons
- Pair production energy
- QCD Jets
- Grassmann Variables
- LHC and TEV-scale SUSY partners
- Gamma ray spectroscopy: Germanium detector efficiency calibration.
- what is the basic idea behind lattice theory?
- Gravity at particle scales
- Inclusice & Exclusive processes?
- K-Capture and Halo Nucleons
- considering writing essay about laser fusion?
- Quark-gluon plasma
- Cosmic rays - minimum ionizing particles ?
- LQG at LHC?
- Physical interpretation of Parity?
- Perturbation sum converge?
- Back scattering of beta perticles by foil experiment
- Bethe Bloch formula
- explanation of minimum ionizing radiation
- Nuclear force as residual color force
- nuclear decays
- Casimir operator in su(2)
- Where does Pb-204 Come from?
- does neutrino oscillation from electron neutrino to muon neutrino conserve energy?
- the wide disparity between the decay tif a neutron and a protonme o
- hydrogen neutron capture
- Resolving hadron structure
- Ionizing Radiation
- understanding the Hamiltonian
- Moduli Space
- Rapiditiy and center of mass energy
- Eta meson - Singlet State?
- "Upness" instead of isospin?
- Oscillations: Neutral Kaon vs neutrino
- (n,n*3) vs. (n,3n)
- Most stable nuclei are magnetic
- Mandelstam variables for 2->3
- Energy conservation in e-e+ annihilation
- Spinless Electron-Muon Scattering (Halzen-Martin)
- Energy difference between accelerated particles and Jets
- Clarification on Weak Nuclear Force
- What's the classical picture of phi^4 scalar field theory?
- neutrinos penetration of neutron stars or white drawfs
- Pions, Muons, Kaons, Tau, Neutrinos...
- Photon Polarization Sum
- Significance of L/E in neutrino oscillations
- Neutron microscopic cross section data
- BFKL literature recommendations
- Golden Rule for Decays in Griffiths' "Introduction to Elementary Particles"?
- Electron-positron collisions
- Extended SUSY
- 19 March LHC gets 3.5 TeV in both beams, a first.
- Identify math equation?
- Differential Cross Section
- LHC defense
- LHC beam energies
- whats the difference between nuclear spin and isospin?
- How is broken symmetry really observed?
- String theory dinemnsions
- Bunched electrons: How many and how fast?
- Question about the LHC...
- Is 3.5 tev enough to discover Higgs/SUSY by 2013
- SU(3) symmetry
- strong force
- Higgs
- Why hasn't the Higgs boson been detected?
- LHC Collides at 7 TeV
- Perturbation theory question (in Quarks & Leptons)
- A few newbie questions about the LHC.
- Emission probability calculation (quick and easy question)
- Conservation of Lepton Number
- electroweak stars, nonconservation of baryon and lepton number
- what this means ?
- Paricles? from 5 GeV up
- antimatter bomb
- Quantum Numbers of the Vacuum
- Opinions regarding blog?
- Element 117 Synthesized
- Are effective field theories mathematically well-defined?
- Yang-Mills and Gauge Bundles
- Looking for information about axions.
- Creating an Electron
- neutrino pair creation in electron positron scattering
- Forces involved in particle decays
- 14-N (n,p) 14-C Reaction
- Predicting which atoms radiate first in radioavtive materials
- hard QCD processes
- Problem: Prove invariance of momentum factor
- Large hadrons collider [ATLAS]
- difference in binding energies
- Does the Z boson couple to photons?
- Itzykson-Zuber Integral & Degenerate Eigenvalues
- Relationship between group theory and particle physics?
- Neutron ?
- Question Concerning Neutrino Mass Hierarchy
- Atlas Experiment: CERN Video, link: All LHC Experiment docs
- Betatron At Home?
- Small Question on Transmutation
- What is transversity and transverse spin?
- Neutrino ?
- Conserved charge as a generator of symmetry, Peskin & Schroeder
- bottonium
- Particle collision/interaction
- LHC's real-world potential
- Time reversal and Coulomb interaction
- QCD theta angle and Neutron electric dipole moment
- Doppler effect of gravity waves
- messenger photon in electromagnetism intractions
- QCD Mass Versus Higgs Mass
- Anti-Particles
- Day at LHC timelapsed to 4:45 minutes...
- Coulomb Singularity
- Quadratic invariant in Chern-Simons Th. w/ ISO(2,1) group.
- Why does QED work so well? - a question on EFTs
- problems with electromagnet force and weak force
- Absorption of Solar Neutrinos
- Whence "Charm"?
- Yukawa's 1935 Paper
- Need help with understanding a Weinberg article ...
- Baryon Octet/Decuplets
- Feynman Rules : Propagator Question
- what is global fit in EW test
- Calculation of SUSY decay widths
- w- boson
- Singly-charged particle
- Qestions on concept of mass
- Threshold energy problem
- Isospin conservation and pi-meson
- Alpha decay and its relationship to speed
- difference in diffractive and inelastic scattering
- Gluon ?
- charges and lattices
- Particle Equations
- Is it possible to make non-radiactive gold?
- Inverse beta decay
- Representations of the Poincare group
- Problems on quantum field operators in QFT
- Sonic/Atomic Disturbance
- A photon with spin 2?
- How to read a Gamma Ray Spectrum
- 2 questions - virtual particles and quarks?
- Minimal Coupling Principle
- kaon decay
- Are gamma rays produced in fusion reactions?
- Alpha Particle decay
- QED in 3D --> QED in 1D, what changes?
- Particle collisions with magnetic forces
- Higgs field issues of detection?
- The GIM Mechanism
- bhabha scattering
- Distribution of particle energy in 3He fusion
- Are particles frame independant?
- Nucleas Grouping??
- Why are reactor experiments measuring theta13, not theta12?
- Symmetry breaking: what is the subgroup left?
- Fermilab's Tevatron finds another CP violation
- W and Z bosons
- Weak kayon decay
- Conservation Laws at a Vertex
- The weak force and effective coupling
- Your thoughts
- Z[J] and cross section
- Neutron generation from T(d,n)
- GUT viable w/o SUSY? Could GUT be physically wrong?
- Energy production from deuterium plasma?
- What's the hard bremsstrahlung emission?
- Neutrinos That Need Directions
- Predicting the charge of a W boson
- Range of electromagnetism
- mediators and propagators of particle interactions
- What is "vector-like" matter?
- Higgs field and the casimir effect
- Binding energy and mass
- Neutrino ocsillations, a question.
- Regge trajectories
- confused about nuclear binding energy
- lifetime_nucleus
- Graviton & Conservation of Energy etc.
- What does it mean if "The universe was opaque to radiation" at one time?
- Eurostar: Search for: Higgs in ATLAS Experiment
- Exploring possibilities of positive foil for stripping electrons
- unifying physics - key challenges?
- Graviton Boson Re-Emission?
- nuclear force between neutrons
- Dark Matter / Neutral Mass?
- Fitzgerald contraction for a proton in the Large Hadron Collider
- Shell model
- Higgs Boson
- Color in matrix element calculation
- matter and anti-matter
- Compton cross section
- why alpha emission?
- linewidth and time
- Problems with fundamental particles and quarks :(
- Radiation emitted from K-40?
- P+P=Deuterium? how?
- Influencing Beta Decay
- Antimatter and Gravity
- CP on pion (combinations)
- LHC t shirt formula
- Can Supersymmetry be harmonized with technicolor/topcolor models?
- Running of the weak coupling
- When neutrinos blow apart a star.
- Induced representations of the wavefunction
- Weinberg, non-renormalizable theories and asym safety
- Mass of scattering particle vs total cross section.
- cluster decomposition and EPR correlations
- Gyromagnetic ratio of mesons
- yukawa force versus scattering amplitude
- Saturation of Nuclear force
- Hypernuclei questions
- energy levels of the HE4 nucleus
- Pulse of neutrinos, E>>m, hits plasma-->charge seperation?
- Nuclear shell model
- Z bosons from radioactive elements?
- Stable nucleons other than Neutrons and Protons?
- Quark-gluon plasma
- Pion decay question
- Weird Results from Neutrino Experiments
- Imaginary Velocity?
- Yttrium 103
- How to make Nickel-78 stable?
- need to preionize xenon lamp with somethingium
- Weak Interactions
- energy level diagram help
- elementary particle spin question
- Does gravity play a role in particle interactions?
- Tritium neutron collision interaction
- Stable stranglets of A > 1000?
- Spherical shape of nucleus
- Spin Parity
- Fractional electric charge?
- Range of strong force as strength gets weaker.
- Where can I get some animated carton of particle collision?
- Calculation of neutral Kaon Box Diagrams
- Higgs Particle... What If?
- feynman diagram for a strong interaction decay
- Instantons and the QCD vacuum
- Question regarding CP symmetry and weak interaction
- What makes an encapsulated body of liquid that can flow throughout itself in all dire
- flux attenuation, given interaction cross section
- Dark Matter and the vacuum energy
- Phase space element calculation
- Goldstone boson without symmetry?
- Coleman Mandula and CKM
- Is a symmetric Lagrangian leads to a symmetric Stress-Energy Momentum?
- Question about the Mass, Volume and Shape of Elementary Particles
- the temperature dependence of target ionization(Z(T))
- Alternative methods for fusion
- Fusing electrons?
- Where do the electrons go?
- Iron Fusion Reactors
- angular resolution problem!!
- Electron tracks in matter
- Feynman rules - where's the physics?
- Proton proton collision (LHC)
- Proton spallation
- Cosmic ray flux data in steradians
- Photon photon interaction
- If Higgs-matter interaction is weak, can it be altered?
- Is the graviton a different particle from the higgs boson
- Lee Groups
- Constructing decay schemes
- How does force mediator transfer generate an attractive force?
- Weak decay -- cross sections
- Quark confinement and meson confinement
- Please tell me What is 331 Model
- how can I describe a distribution of decay times for an individual unstable nuclei
- A massive force carrying particle? The weak nuclear force, the W boson has mass?
- electron smashing
- Experimental facilities with D-T or D-D neutron generators
- Preons
- Why are top quarks heavier than bottom quarks?
- Coulomb correction for beta decay spectrum
- Question about ionization process
- do elementary particles know how old they are?
- nuclear power
- Understanding the Standard Model
- branching fraction of B0 -> K* mu mu decay
- Nuclear bomb
- Phenomenological Nuclear Theory
- Half Life of radioactive element
- Leading Color - Meaning?
- Why protons/neutrons are not destroyed in nuclear reaction?
- Majorana particles and U(1) charges
- Question from Jones-Groups,Reps and Physics
- Vacuum metastability
- nuclear diamters will a meson traverse?
- SM Higgs ruled out over wide range (26 July announcement)
- Carbon 60 radiation effects
- Calculating temperature of electron beam
- parametrization of su(2) group
- what is a kernel approach?
- what does next to next leading order calculations mean?
- Are W and T gauge bosons?
- any good reference on construction of irreducible representations of SU(N)?
- instanton by coleman
- probabality of jumping of e in K-e capture.
- Beta Negative Decay
- Nuclear Reaction
- propagator
- muon decay
- P and T reversal symmetry
- HEP units
- 133Sn studied
- why is spin-1 field described by a vector field?
- Can Antimatter weapons generate quark-gluon plasma?
- Gravity as a Residual Effect of the Strong Nuclear Force?
- Variable mass for strange matter?
- Meaning: Inclusive / Exclusive Scattering
- Difference hard / semi-hard scattering
- Radioactivity
- Reggezation. How does it come about?
- Reference sought on QED as an EFT
- Four particle production
- Anti photon
- Trouble Understanding Boson Decay
- fourier transform field solutions
- Derivation of Decay Chain Formulae
- Can the Oh-My-God particle kill an astronaut?
- Why are gauge fields bosons?
- antimatter and negative energy
- radioactive magnetism as propulsion
- higher order derivatives in field theories
- Pb^208 - Pb^208 collisions and vacuum metastability disasters
- Radiation of gluon jets - Peskin final project question
- Stupid nuetrinos
- What motions do quarks make in a particle?
- Superconducting Super Collider still worth building after LHC?
- The causes of MASS
- Calculating radiation dose from flux
- Cosmic rays and their detection
- Roots of Lie Algebra (Jones book)
- parity of [tex]^{9}_{5}B^{5}[/tex]
- Amplifying signal from PMT
- What if the Higgs is not found by LHC and Tev, nor anything else
- CP violation?
- half life 2
- intrinsic angular momentum of Dirac field
- Strangelets suspended in ambient gas?
- Types of Radioactive decay
- Why is anti-neutrino called so?
- Kappa meson (800MeV)
- Radiation pressure equation
- radioactive decay and solar flares
- Bethe-Bloch : energy loss to a single electron?
- What exactly is a Chargino?
- Faster then light?
- can you find out the date of a radioactive material wothout...
- Mass difference corresponding to atmospheric oscillations
- Magnetism and DiaMagnetism
- Is a matter-antimatter annihilation just a particle turning around in time?
- strong nuclear force's repulsive aspect
- Can the effects of the higgs field be saturated?
- Understanding mass gap in Yang-Mills theory
- Why do probabilities distinguish between multiplet states?
- why four components? not 8 components or more?
- Sl(2,c)
- Determining muon lifetime
- EM and Gravitational binding energy for quarks
- Analytic properties of amplitudes
- Questions about *classical* gauge field theory (Abelian and Non-Abelian)
- γ5 and chiral symmetry
- Number of 4-fermion, 2-derivative Lorentz invariants
- form factor
- Form factor
- Conservation of weak hypercharge and isospin
- particles less massive than leptons?
- particle decay and relativity
- Some Questions regarding antimatter....Please help
- Why are there 8 gluons?
- Watch LHC Operation in realtime
- Nuclear fusion and strong force...
- Why are W and Z bosons considered force carriers?
- In SSB, why shifting a field suffices to pick a corresponding vaccum?
- Question on annihilation...
- Tokamak Transformer Properties
- Two body decay and momentum
- Does Pauli Exclusion still make sense when the particle interpretation fails?
- can the lorentz group be covered by single-parameter subgroups?
- What do we need colliders for? (In regard to fundamental forces)
- Weyl Spinors
- neutrino mixing
- Alpha, Beta and Gamma Rays
- Boron-11 and Proton Fusion
- ITER lives at the WEC
- Particle in lattice QCD
- How is negative ion acceleration possible?
- Gribov ambiguities in gauge theories
- The 4 forces
- Difference between charge, specific charge, relative charge and elimentary charge?
- photon exchange particles
- about pythia
- (pi+)(n)->(p)(gamma)
- Particles listed numerically
- New two-particle correlations observed in the CMS detector at the LHC
- Anti-Hydrogen
- HepMC for final state particles
- Mean lifetime
- 2 strong nuclear force questions
- Divergence of forward Bhabha/Moller scattering
- Repulsive strong force?
- positron emission
- Particle collisions at the LHC
- Better Understanding Antimatter Annihilation?
- Questions about chiral symmetry breaking
- Decay rate help
- LHC says quarks still elementary
- spontaneous mass formation from Energy
- E=mc² machine
- what's the meaning of spin in 1+1 spacetime?
- Particle detection during collisions
- recoil nuclei kinetic energy
- proton collisions
- new improved html table of the nuclides
- What is the activation kinetic energy of H with other elements? Any table?
- can neutrino mass eigenstate couple to the group of SU(2)
- Nothingness
- For which subatomic particles do we have empirical evidence?
- discovery contour
- Anti-neutrons
- Parity of the anti neutral kaon
- nuclear potential
- Weak force holds neutrons together?
- Questions please help
- Slowed muon decay in electron degenerate matter?
- electron waveguide
- Reactivity of a Proton
- Why does the propagator has a cut starting from EXACTLY 4m^2?
- EM force and neutrino.
- Mass reconstruction
- Why neutrino may have magnetic moment
- Finding Lorentz Vector? -Physics Noob
- neutrino symbol
- What kinds of high energy physics experiments can be done by using Graphene?
- Radius of proton due to QED??
- QED: Lagrangian, and Action principle
- Interface effect between two media of absorber
- Muons and Taus: Is There a Theoretical Reason They Decay So Rapidly?
- radius for charges
- Simple question regarding annihilaion
- Higgs Field
- Neutrinos
- What do they mean with real and virtual corrections ?
- Detecting A Single Electron
- electron capture
- Subject for Bachelor Thesis
- Software for feynam rules
- Radiation pressure calculation (verification)
- Different frames of reference and particle production? a contradiction maybe?
- why are particles produced in jets?
- diphotons?
- Simple energy release question....
- question on calculating mean range of alpha
- Are gluons 'real'?
- electron and proton charges
- Elaboration of a Nucleus problem...
- Antiparticle mass
- Problem in Weinberg III
- neutrons
- High energy light slower than lower energies?
- Physics's unknown anomalies.....
- I need some ideas for a sci-fi essay related to the accident of a LHC.
- pion decays
- Problem in qcd
- Single Probe in Plasma
- Electroweak theory and potential energy
- Higgs vs graviton
- Why are there no fractionally charged hadrons?
- RHIC Collider Creates Quark-Gluon Plasma at 4,000,000,000,000 Degrees Celsius
- Gauge Potential Transformations
- photo- and electro- division
- Quantum Mechanics related to fusion
- Gauge Invariance and the Photon Self-Energy Correction
- A doubt from PDG review of neutrino mixing
- a problem in nuclear physics
- muonic hydrogen ground state energy
- Particle physics in fusion
- can you give me an example?
- Photons from the nucleus ?
- How was the QCD coupling determined?
- Planck length -- Greene versus classics
- Is there color confinement in quarkgluonplasma?
- Heat Kernel & Propagator
- family/colour unification?
- Experiment Suggests New Particle
- Lie product and commutator
- Neutron energy for nuclear fission?
- creation of elements heavier than iron
- particle collision
- Z to Lepton pairs
- question about Bremsstrahlung
- Fundamental and Adjoint Representation of Gauge Groups
- do up and down quarks obey flavour quantum conservation?
- Ufino?
- Are there nuclei of only neutrons?
- Why straggling appears
- Z boson production
- Some questions about particles being produced in certain interactions
- cluster decay
- What else could the LHC accelerate?
- Getting a matrix element in Lattice QCD
- hill wheeler variational equation
- The Higgs vev, the Higgs Mass, and WW-scattering
- ZZ found at LHC
- What if electro-weak symmetry is broken at all energies?
- electrons not inside the nucleus?
- Gluon Wave function
- Dark Matter Identified?
- Which symmetry protects the yukawa couplings?
- Neutrino diffusion time-scale in NS
- About the determination of the bottom quark's -1/3 charge?
- Particle collision at 2Gev
- Fusion concepts
- A jumble of basic SUSY questions (i.e. a bit confused and seeking help)
- majorly confused over the cabibbo matrix?
- Fusion reaction energy and columb barrier
- Proton and Neutron mass
- General consensus on Cold Fusion better known as "Low Energy Nuclear Reactions" LENR?
- Proton/Neutron
- stablity of the nucleus
- Atoms of anti-matter trapped for first time.
- How is positrons and anti-hydrogen created?
- Converting matter into antimatter via energy?
- gravity and anti matter
- Why are atoms composed of Protons and Electons, instead of Positrons and Antiprotons?
- Confusion about How Dirac discovered Dirac's Equation
- Fusing Iron Nuclei
- Binding Energy and Quarks
- Question about particles near the speed of light
- Neutron spallation and capture
- the nuclear potential
- Can a neutral pion go to two electron anti electron pairs
- A layman's question about nuclear fusion
- Understanding Antisymmetry
- Ideas for a nuclear research project
- Is LHC pushing the limits of naturally observable phenomena in the Universe?
- spin of quarks and glouns
- The SUSY F and D terms, and the scalar potential
- QCD and pairing
- What is a first order process in particle physics
- spin-2 and tensors
- Non-atomic particles
- Cosmic Ray induced Electromagnetic Cascades in metals
- is this diagram i have made relating to david hahns experiments correct?
- Conserved quantities in the Feynman diagrams.
- Homemade Arc Reactor
- My Homemade Accelerator
- The Gamma Matrices, Spinors, Anti-Commutation, and all that Jazz
- W not decaying to top quark
- Z boson Coupling
- Does anti-matter Always annihilate with matter?
- Dimension of Space
- Electric potential energy and gravitational potential energy of Deuterium nuclear?
- Yad. Energia
- Stable or Unstable
- Help with population of various isotopes in decay chains (Bateman equations)
- Fusion energy experiment online today only
- estimation of reflected electron beam power falling on a target
- does the strength of the strong interaction depend on the colour of the quarks?
- Attraction
- Nuclear decay and the "age" of atoms.
- What does a QCD background refer to?
- Cp Violation Experiments
- Why no stable mesons?
- claim of element 111 found in naturally occurring samples
- Dosage and total Energy from radioactive medicine.
- Helicity, Chirality, and Parity Violation
- B-l
- Kaons - history, story, details
- Speculative Question about Pure Fusion
- A dumb question...
- Nucleus dynamics
- on Feynman diagrams, why do antiparticles have their arrows pointing backwards...
- A new idea for fusion
- any interesting reactions at 500kV? This might be DIY-able
- Advantage to underground neutrino research
- can particles be "weak force" charge neutral?
- Decay of Lightest Supersymmetric electrically charged particle
- What reaction yields 6Li?
- Neutron equivalent of PADF
- Beta decay Charge conservation
- How do I calculate number of generators of SO(5)?
- References for Nonlinear Sigma Model.
- confusion over parity violation
- Spin's function
- Feynman rules and decay process
- Feynman diagram for weak interaction.
- Simple fusion question
- quick question about spin/parity J^P notation
- neutrino mass
- What is SU(2/3) symmetry?
- fusion calculation
- Beta Decay Charge Conservation
- Nucleus stability: Neutron & Proton Ratio
- Absorption of gamma rays experiment (opinions?)
- Number of generators of SU(n) group
- The scalar (!) partners of W,Z
- Proton-Proton chain reaction
- Ground state energy of nucleus
- Neutral Xi decay
- Partial wave analysis
- How to calculate radiation dose from neutron source.
- Nuclear fusion finance plan rejected by EU Parliament
- Table of Loop Integrals
- What is the meaning of "BPS D-branes"?
- Large Hadron Collider - Few Questions
- Running coupling of the weak interactions
- Are electrically neutral particles invisible?
- excitation levels (gamma ray spectrum) of a single proton nucleus
- Amateur Particle Physics Experiments/Demonstrations
- Neutron question
- Hadron resonance gas
- Kinetic energy of nuclei
- size of nuclei
- energy requirements for fusion
- fusion reaction
- highest frequency gamma ray
- Neutral Current and charged current(weak interactions)
- Why global conservation of certain physical quantities is not enough?
- Very important unnamed phenomena.
- Energy from fission
- is it possible to reproduce BBN in the lab?
- neutron decay rate
- Why can't n -> p + minus-pi-meson?
- IR divergence
- Majorana, Weyl and Dirac
- why is confinement such an issue for fusion and not fission?
- Why do gamma rays accompany other kinds of decay?
- Neutron radiation
- QCD and nuclear energy research
- electroweak symmetry breaking without Higgs boson?
- plasma categories
- Does the strong force affect the weak force
- calibi-yau manifolds affecting the size of strings
- LHC Findings
- custodial SU(2) approximate symmetry
- Energy release question
- Dalitz plot
- Nuclear Bomb explosion
- leptonic lifetimes...
- GIM mechanism and Z0 suppression?
- What is smaller than a quark?
- What is meant by "a certain theory has a scale"?
- energy in annihilation
- Weak Interaction Question
- There exist only quarks and leptons being elementary particles?
- Four fermion invariants
- Proton antiproton at 2 GeV
- Yang–Mills theory
- top-quark condensate and el.-weak symmetry breaking
- Angular dependence of electron-positron to two photons
- Nasa animation shows how thunderstorm can produce positron beam (FermiLAT)
- Gluon Condensate
- nuclear energy release question
- If susy were unbroken, should we need a higgs?
- Density LHC vs Cosmic Rays
- tokamak using elctrons instead of hydrogen nuclei
- hadron collider substance used
- Spin-Spin interaction question
- Higgsinos and Chiral Symmetry
- Effective theory of bound states from QCD??
- Gamma Ray Emission
- WW fusion in Higgs production
- how many hadrons are there?
- What's the difference between fundamental particles and composite particles?
- Degrees of freedom in the SM / MSSM?
- Rossi Focardi reactor Italian scientists claim to have demonstrated cold fusion
- Scattering Amplitude in Canonical Quantization
- Neutron Decay and the Weak Force
- Questions about ghosts
- early LHC results
- What measured values are used in the lattice QCD calculation of proton mass
- finding the relesed energy in decay process
- QCD and colorless particles.
- radioactive dating
- Focus Fusion, Truth or Myth?
- Surplus of matter over anti-matter
- Question about loop integrals
- stabilizing the radioactive elements.
- feynman diagrams: Planar Vs Non-Planar topologies
- Why does an atom with too many neutrons become unstable and undergo nuclear decay?
- QCD and SU(3)
- thermonuclear fusion in the Sun
- singlet
- about recommended fine structure constant value
- eta particle
- the probability for deuteron
- Proton/Electron charge
- Particle- antiparticle annihilation, how is it understood?
- trace of this yang-mills operator
- Anyone has done the 1-loop cancellation for the Wess-Zumino model?
- particle masses
- alpha particles as a fission product?
- Dimensional Regularization and epsilon
- Swordfish diagram symmetry factor
- Protection from both beta particles & Gamma rays?
- inSPIRE - the successor of SPIRES
- "Massive" bosons
- beta+ decay of a proton
- mass, fine structure constant & annihilation
- Is there a method to see acausality from the Lagrangian?
- What force keeps neutrons apart?
- Dirac spinors and commutation...
- the boltzmann transport equation double integral
- Weyl Spinors, SO(1,3) algebra and calculations
- How many neutrons there should be to keep an atom stable
- Cross Sections for He3+He3, Tritium + He3 up to 3MeV?
- "anti-photon"
- Unifying the Fundamental Forces
- Coupling to gauge fields - charge, doublets, etc.
- Knowledge of threshold
- resonance concept
- Particles: X(3872) and Z(4430) ?
- Limit to EM energy density?
- Higgs triplet and doublet mixing
- Beyond the electron neutrino
- Nuclear fusion help?
- Mass of composite particles in a non abelian gauge theory.
- If gravity is not a force, why does it need to be carried by Gravitons?
- Baryon quark model: just a question
- could second and third generation SM particles NOT be fundamental?
- Restriction on terms in the SM lagrangian
- LHC News
- "Particles that Flock"
- A couple of questions about the weak force.
- Neutral Pion and Right-Handed Neutrinos
- magnetism
- matter vs antimatter
- frequency of gamma emission
- Strange and non strange current
- Preons
- Electric charge and spontaneous symmetry breaking
- Half life calculation
- Feynmann diagram for beta decay, direction of arrows confusion
- How do fermions acquire mass as opposed to gauge bosons?
- Negative feynman amplitude
- incorrect explanation of parity violation?
- neutrino
- Can proton's gain rest mass?
- What is the difference between particle physics and nuclear physics?
- Coupled nuclear decay rate equations
- How to convert from Grays (Al) to Grays (H2o)
- Collapsed Nuclei
- CP Violation & Antimatter
- Why is the standard model based on particles instead of fields?
- gamma - when is pair production dominant
- Planck scale mass & Gravity
- Hierarchy Problem
- gamma - finite range?!
- LHC to achieve design energy in 2012/2013?
- Charge quantization
- Subatomic Scale?
- Resonant Scattering Data
- SU(n) - conjugate representation
- Uranium-235 fission fragment pairs
- tensor or pseudo-tensor particles
- Will SUSY soon be ruled out ?
- gamma ray coincidence and multipoles
- pi-0 meson quark makeup
- SUSY multiplets - simple question
- The way we class particles
- Higgs primer for someone without field theory
- Spin in antiparticles?
- neutron decay
- locating particles /their properties
- Protium Gamma Ray Interaction
- Lattice Gauge Theory - Wilson Action
- Components involved in degrees of freedom?
- What's the reason for this epsilon? (about Schwinger effect)
- Feynman rules of scalar QCD (colour ordered)
- Garvitons and the Field Theory Metric
- elementary question of binding energy
- Fission of Pb 208
- Does the mass difference between p+ and e+ explain differences wrt e- ?
- why group theory works
- isospin
- Higgs Field/Particle
- Effective charge at long distance?
- creation of singlets: charge conservation?
- Higgs mass from electroweak measurements
- Hi so im doing a presenation, on the indirect search for the neutralino from the sun
- the higgs field?
- How does neutrino oscillation imply that neutrinos have mass?
- Baryon quantum numbers from partons
- Muon g-2 and Muonic hydrogen anomalies
- Understanding bubble chamber tracks
- Top and W radiative corrections and the Higgs Mass
- Questions about activation energy for fission
- W Boson Decay
- the scalar partner of Majorana particle in SUSY
- Simulation question
- Net effect of Z boson
- Roots of SU(3).
- Antimatter - He-4 observed
- Luminosity in LHC
- When will we know whether neutrinos are Majorana fermions?
- Protons: matter or anti-matter?
- Feynman diagrams in LaTex
- QED as a gauge invariant theory
- Isospin in particle physics
- Is the KeK preprint library down? (or KeK itself)
- Gravity's Force Particle?
- How exactly does the pion decay through the weak force?
- Is Gibbs free energy ever relevant for particle physics?
- Binding energies and decay energy.
- proton as a fermion
- Neutron scattering...
- What's the main difference between ATLAS and CMS detectors in LHC?
- W boson questions
- Why do people say CSB is non-perturbative?
- How to create stable mini black hole
- Koide and Quarks
- Plutonium and Neutron Emission
- 3 gluon vertex at 1 loop
- QCD gluon propagator in axial gauge, polarization sum
- LSZ reduction and Renormalization constants
- NRCQM and radiative meson decays
- Gravitons
- Is vacuum energy really identical to the cosmological constant?
- When will IceCube discover neutrino point sources?
- Cross section energy dependence
- Help needed in Threshold Concepts..
- Recent CDF results
- Particle Discovery Has Physicists Abuzz
- Where can I find experimental data
- Aiming a proton/neutron
- Feynman trick for linear propagators?
- particle from nowhere?
- Technicolor: quark-like particles inside Higgs?
- Difference between two varieties
- Particle acceleration
- Can quarks be seperated from a proton/neutron?
- Rutherford scattering
- Quarks inside protons and neutrons.
- Is it possible for s/anti-s quarks to become down/anti-down quarks via strong force?
- Magnetic moment and binding energy
- New result from Xenon 100 dark matter search
- What makes colliding neutrons bounce off one another?
- Proton/Antiproton collision to produce top/anti-top quark pair:
- Resoance states and quark annihilation
- Parity Violation of Weak Force - Wu et al.
- semi-empirical law
- the Neutrino as a Majorana Particle and Ray Davis's null first experiments
- Sherpa-mc-1.2.3
- Applying Algebraic Topology , Geometry and Differential Geometry in nonabelian gauge
- Axion mass - Temperature
- X-ray spectroscopy
- Nuclear decay
- Why do electrons not spontaneously split into neutrino/anti-neutrino pairs?
- cross section calculation
- Standard Model calculation of the rest energy of a proton
- Green function
- Ghosts and Gluons in QCD / YM
- What's the Heat of Formation of Proton, Neutron and Electron?
- LHCf and high-energy cosmic rays
- H→γγ Rumor (Higgs Discovery?)
- Higgs bosons discovered?
- Gamma matrices and projection operator question on different representations
- Hypothetic Fusion Physics Question:
- Higgs particle
- Graviton Disbelief (Leader)?
- Helium-3 Fusion
- Radiation and penetrability of materials
- Fixing (lightcone) gauge
- why is photon self-energy called vacuum polarization?
- Dimension of electric charge, hypercharge and isospin
- Mass of an electron neutrino?
- Magnetic Monopoles
- Annihilation of Matter/Antimatter
- Binding energy and radiactive decay?
- What causes radioactive decay?
- Cu-65(N,G)Cu-66 Cross Sections
- Trapping anti-matter
- Understanding cut off wavelength at edge of Bremsstrahlung region
- Particles in nature
- Bhabha Scattering
- An online reference for SM Feynman Rules?
- Why is the proton so heavy?
- the difference between fusion and fission?
- Nuclear Shell model, how do we know energy levels?
- Deep inelastic scattering
- Deuteron spin and parity
- K short to mu mu branching ration
- firing electrons at the nucleus
- Groups in physics
- Physical origin of nucleon pair-breaking energy?
- atom strucutre
- What nuclei are stable against beta decay?
- How many inverse femtobarns at 7 TeV to find Higgs?
- Interaction of two point charges
- explain electromagnetic attractive and repulsive force via virtual photon exchange?
- Why are the Tevatron fill times so long?
- nuclide stability definition
- Elmag decays of polarized neutrons
- If the Higgs is 'responsible' for the mass...
- Must time require particle interaction (including decay)?
- photon-photon interaction
- Relation between Higgs boson and graviton
- How to divide positive and negative charges from each other
- Two spin d.o.f. for massless gauge bosons
- ionization chamber question
- Potassium-argon radiometric dating
- Flavour and Mass eigenstates
- Dark matter energy loss mechanisms
- Matter-antiMatter annihilation,Mesons?
- Creating MadGraph 5 model folders
- EXB sector field mass analysers
- lagrangian of QCD
- Theories predicting electron mass
- Higgs Boson & Graviton
- Entropy and the Destruction of Matter
- Binding energy of a nucleus
- How can you tell what force mediates an interaction?
- Fix the gauge in Polyakov action
- GZK limit
- Time it takes for a particle creation/annhilation (according to QFT)?
- Determining particle spin in collision experiments
- fine tuning scalar fields
- Pion decay
- Energy in annihilation
- How do you check that Colour is Conserved?
- Z° ad weak isopsin
- Should the quark propagator vanish because of confinement?
- Higgs and Antimatter explosive yield
- Finding Supersymmetry: What will it mean?
- Does the Higgs field explain anything or go in circles?
- What does "Activity" mean in terms of radioactive decay?
- Strong force, quarks, hadrons.
- Most Common Pu-239 Fission Chain Reaction?
- What are the conditions inside the LHC Atlas detector?
- a question on qcd sum rule
- Calculating a cross section
- plasma physics / Grad Shafranov equation
- Field transformations
- behavior of particles
- Drawing Feynman Diagrams
- Fermi and Gamow-Teller beta decays
- Is CERN LHC suppose to create matter or simply analyse debris of collision ?
- What is this Lagrangian?
- Island of stability?
- Particle accelerator question
- Cosmic Ray Flux
- Kinds of Fields
- How would a lepto-quark/G.U.T. particle appear in a collider?
- why is it that neutrino oscillations are allowed to happen in terms of energy?
- A general higgs potential
- Casimir operators of QCD
- spontaneous symmetry breaking, Higgs mech, and particles getting masses?
- Are all transfer in energy a result of Boson interactions?
- Does gluon oscillation violate color conservation?
- Are quarks inside nucleus naturally entangled?
- why do radiative corrections means changing particle masses?
- color conservation in gluon fragmentation
- Fission and E=mc^2 question
- photon vs. Z-boson - one massive, one massless, mix of same things?
- Radioactive Decay: Are stable elements really stable?
- Feynmann diagram - positron representation
- ab-initio calculation of nucleus masses and decays
- Question about anti matter
- Real scalars for complex scalar results
- mass radii of some simple nuclei
- higgs mass before breaking.
- Question on recreating the Big Bang
- queston on neutron
- relativistic H/-H in a neutral beam accelerator
- Antimatter atoms trapped for 16 minutes
- what is the difference between a "mass state" and an "interaction state"?
- The 't Hooft Model in QCD
- Z2 symmetry
- Does amputated connected graph in Peskin's book is same as the irreducible graph?
- Velocities of Nucleons
- creation or destruction of particol in the state function
- Fission Details Please
- Landau Damping
- matter after big bang
- periodici of radioactive decay
- Higgs Field vs Fields Giving Rise to Virtual Particles
- If the singlet gluon existed (and I realize it doesn't)
- Which force mediates a reaction in which a pion and a deuteron form two protons?
- Higgs Boson not real?
- Hit in the Head by the OMG Particle
- Why is Annihilation Not a Force?
- d =2 ,N= 1, WZW in superspace
- point particles
- high energy electron/electron collisions
- Time Dilation's Effect on Radioactive Decay
- Bohr-Weisskopf effect in light nuclei
- Mass-Energy Equivalence
- Lifetime of B+ and B_c Mesons
- Why do Pions decay?
- relative minus sign??
- CERN "Zen Events" - 1985
- How to determine density of NMP fumes present in air?
- SUSY:need help to explain some terms
- Why no 3 up quark nucleon?
- Dependence of thermal Neutron Capture Cross Section on target material temperature
- Lambda -> n + pi^0 decay
- Electroweak Mixing
- Do H- annihilation spectra vary with element?
- Changing the spin of an electron
- Weak interactions that change lepton flavor
- Nature of Particle Decay
- How Can Neutrons Emit Bosons Much Heavier Than Them
- High Energy Electron- Proton Collison
- Howard Georgi's book on Lie algebras in particle phy
- A problem related to isospin
- Why doesn't the most common form of the hydrogen atom have a neutron?
- How is the parton model justified by QCD?
- Observation of Spin Flips with a Single Trapped Proton
- Are the gluons that make up a proton considered virtual particles?
- What does the R-Symmetry do to scalars and fermions in N=4 U(N) SYM?
- decay for stable nuclei
- Massless charged particles
- induced scalar electric potential
- Derivation of the Proca equation from the Proca Lagrangian
- Fundamental properties of subatomic particles
- What is the meaning of the local gauge transformation exactly??
- Hypothetical graviton : Why a spin of 2 ?
- What's the matter with a Particle Zoo?
- The New Dijet Particle in the Tevatron IS the Higgs
- What is Ion Bernstein Wave Heating?
- Dimensional regularization
- Neutrino Scattering
- Particle Decay Mode Percentages
- 8 Gluons...???
- 'decay' of photons
- photon+photon -> neutrino + antineutrino ?
- Neutrino dillema
- Quadratic loop corrections to Higgs mass
- Sakurai: gravitational repulsion
- nuclear fusion cross sections...
- Higgs field & Big Bang
- CMS Experiments
- Can creation and annihilation operators be used in interaction case?
- virtual particle propagators in QFT
- Tachyons
- Ultraviolet via dimensional regularization
- Energy from matter-matter annihilation (relation to Dark Matter)
- Casimir's Trick/Evaluating Cross Sections
- Weak nuclear force: Charge
- Is double parton scattering useful?
- I can't find this reference! (Wheeler, N. A.)
- Neutron captured by Proton
- meaning of X as in SU(3) X SU(2) X U(1)
- figuring out higher loop corrections
- W+ W- collision
- How are the anti-quarks formed
- Mach's Principle in Particle Physics
- Physical Hilbert Space
- Ward-Takahashi identity and renormalization
- Fadeev-Popov ghosts and renormalization
- values of g, g' at Z-mass
- 22 July rumor: Higgs at 144 GeV and anti-Higgs at 350 GeV (comment?)
- Particle Collider Question
- Is there a connection between spin and KE/mass-energy equivalence?
- 3D Integral to 4D integral in Width Calculation
- Dirac spinor question
- some energy levels ruled out for Higgs
- Is this text relevant?
- Beam particle density
- Photon Decay
- The Higgs
- Questions on monopoles
- What is a differential cross section?
- Question about neutrino oscillations
- Unitarity of the PMNS matrix
- Energy pie chart for proton, field energy?
- Instability of positronium
- Energy balance in fusion and fission
- Proof of a Fierz identity
- Rough overview of results from collision experiments
- Lightning Generates How Much Antimatter
- the Dirac equation with anomalous magnetic moment term
- The completeness of QED
- Feynman Rules for Electroweak Effective Chiral Lagrangian - How to calculate them?
- Energy of Antimatter
- Do Gauge Bosons have anti-particles?
- Do anti-particles have opposite parity?
- Weak force: CP yes + P no -> C no?
- Calculating Laboratory Energy in Neutral Pion Electroproduction
- Lepton Sector in Srednicki
- Help in clearing up Higgs boson/field
- Loop contributions of the Quantum Action
- Help in Harris reference parameter
- Classification of Gauge Theories
- S-matrix in Weinberg's book
- Spectral weight function and the mass shift of a scalar field
- Help building and designing a Particle Accelerator
- Neutrino mass eigenstate
- What is the process to acheive hadronization?
- Questions about the Electroweak Lagrangian
- How many gluons are there in a proton?
- is neutrino oscillation a violation of a conservation law?
- Non-compactness of Lorentz Group...?
- Modifying Coulomb's Law for Use in Particle Energy (chemistry)
- What is inside the detector in a particle accelerator??
- Neutrino mixing matrix: Can it be derived?
- Experimental confirmation of electroweak?
- Complex scalar field and contraction
- Quantity of free neutrons in universe.
- Where did the inertia go in anti-matter reaction?
- Quark Model (Supermultiplet and States questions)
- Neutrino oscilation-theoretical reason
- In the rest frame of a solar neutrino would I still measure neutrino oscillations
- The main arguments for Higgs
- Is the CMK matrix a constant for all experimental energies?
- [itex] \Lambda^o \Sigma^o [/itex] mass difference
- Mechanical system with simlar phyysics of neutrion flavor mixing.
- how do you know that a particle is strongly interacting?
- unstability of nucleus
- If there is no Higgs particle to be found..
- A question on algebras and multiplets
- electron collides with an antimuon
- Electron Capture in Pair Production
- Yang-Mills
- Why does decay increase Binding energy ?
- Measuring the phase in neutrino oscillations
- Why does all the excess BE go to the radiated particle?
- Why are some nuclei more resistant to pair production?
- Freedom to pick a gauge
- Muon decay & quark mass
- FormF - FF
- Range of Neutrons in Matter
- Cross section
- Unparticle Physics
- electron-positron question
- Wish to know about Wood Saxon potential and application
- What is meant by saying that the Goldstone-bosons are "eaten" by gauge bosons?
- What is the real thing behind Cold Fusion?
- Recommended Reading Material? (Nuclear Fusion)
- Prediction of pair production via WIMP decay? (Layman question)
- Finding Research Topics in HEP (Undergraduate level)
- Determination of scattering angle.
- questions about matter/antimatter collisions
- Feynman-Diagramm: W+ or W-?
- cluster radioactivity --- preformed cluster model
- Is energy produced when neutrinos collide with another particle?
- Could the Higgs mass be very light (< 1ev)?
- Questions regarding nucleosynthesis
- Can a gamma initiate weak decay of a proton?
- "Speed-of-light experiments yield baffling result at LHC" - 22nd Sept News Article?!
- Vacuum fluctuations and temperature
- recommended readings to get me started in particle physics/cosmology
- Particle Physics: Why are Mesons a type of Gauge Boson?
- is the electric charge of bosons w1 w2 w3 well defined?
- Why does the proton have no excited states?
- Neutrinos faster than light?
- String Theory and Higgs boson
- differences in half lives of odd-A and even-A nuclides
- Photons vs. Neutrinos in electromagnetic fields
- why don't quark-antiquark pairs annihilate?
- Expansion of space power plant
- Whats known to be wrong with Standard Model
- Old vs new unitarity cut methods
- Half-Life decay question
- Is electro-weak force intermediate for strong force happening?
- Neutrino?
- eta --> gamma gamma
- how is center of mass in a complex systems?
- First steps after the Higgs Boson
- How is THIS phenomenon created? Please, help!
- weak nuclear Vs Strong nuclear
- Is it possible there are many mass parameters for different type of forces ?
- are photons massless or practically massless
- Celestial mechanics & Stanford
- Feynman diagram of secondary Sigma plus decay
- Interaction with the Higgs Boson
- interaction of neutrino with laser
- solar energy in the neutrinos
- Is CERN shutting its Higgs Program?
- pi+ + p --> Sigma+ + pi+ + K0
- Large Hadron Collider - can it re-create the early universe?
- the ratio of strength between electro magnetic and gravitational force
- Integration in d-dimension
- neutrino through earth
- Breit Frame of reference ("Brick Wall")
- Is it possible to observe cerenkov radiation in lab condition?
- Mechanism of nuclear decay
- What happens when ion pairs recombine?
- What prevent reaction changing leptons to hadrons?
- origin
- Sigma+ -------> p + pi0 + gamma
- Grassmann Integral Question
- Feynman rules for electroweak multiplets
- H-5 hydrogen isotope -> "flip" ?
- Why there is not righthanded neutrino,but there are righthanded electrons?
- Experimental physicist
- How to distinguish two isotopes?
- question regarding Higgs boson
- Standard Model Predicts Subatomic Particles, Then They Are Observed, But Do We Know..
- Creating excited states
- seeking examples of nuclear reactions that generate heat but not radionuclides
- What is isospin (and spin) really
- Linear Transport Question
- How to calculate binding energy
- Building a simple cosmic ray detector
- Neutrino Oscillations for Dummies
- what is resonanse?
- Are these two calculations of electrostatic force correct?
- Coulomb Barrier
- evidence for unification of couplings
- Elastic and Inelastic neutrons scattering..!!
- empirical success of non-pert methods in QFT?
- Bethe-Bloch formula for muons
- neutrino collision with a proton,neutron or an electron?
- the physical meaning of current product
- Higgs Model Equations
- How does a Dynamitron accelerator work?
- Does Higgs theory include an explanation for the Koide-Brannen equations for mass?
- particle charges?
- difference between the weak & strong nuclear forces?
- Why should there be CPT symmetry?
- Internal Conversion of Bi-207/Pb-207
- Antiparticle
- Partial waves
- Collision Between Three or More Particles
- probing the small and HUP
- Strong Force alternative theory besides gluon
- Intrinsic and Spectroscopic Electric Quadrupole Moments
- Fibre bundles for describing gauge invariance
- Neutron Neutron collision
- eventual disappearance of rest mass
- no explanation of quantized charge from U(1)?
- Lattice gauge theory
- neutron life.
- Radio active decay
- QED from electroweak?
- Casimir operators and rest mass
- Why is the nuclear shell model build around single particle motion?
- shell model
- LHC preprint from CMS
- what exactly is the "god particle"?
- Is the standard model only descriptive lacking understanding of underlying structure?
- radioactive isotope
- ease of chain reaction for enriched uranium
- Cold Fusion?
- Nuclear spin
- Which bosons are used to mediate the electroweak force?
- dark matter
- Electron K-capture question
- Energy needed to split an atom
- Two Questions about Photon/Electron Interaction
- Predicting Half-lives of Radioactive decays
- can collision of two protons create multiple antiprotons ?
- Carbon tinkering
- nuclear fusion (requirements to start fusion)
- Particle Physics Reference
- Radioactive control of Composite materials
- NLO Calculation of partonic cross sections
- Gamma ray spectroscopy of deuteron formation
- Has there been experimental evidence for neutrinos being affected by gravity?
- gauge symmetry and renormalization
- What is the shape of orbitals in a nucleus?
- Higgs search at LHC til December only?
- How do we know generator of U(1) is operator of electric charge?
- CP violation and new SM discrepancy at the LHCb
- Heating due to proton radiation
- What do they mean by force particles exactly?
- Difference between nuclear, particle, and high energy physics?
- Rossi's E-cat and cold fusion test
- Electroweak Symmetry Breaking
- Different Masses of Pions
- Notation for Weak Nuclear Force Particles
- Higgs boson.
- Decay of rho meson to pions
- Bethe-formula VS SRIM for Uran in Polycarbonate
- Newsr-ewsr
- QED in Coulomb gauge
- Soft and ultrasoft gluons in QCD
- What are the meson 1p, 1d, 1f, states?
- Antimatter and bubble chambers?
- Calculating the number of alpha particles incident on a detector
- Photons as messenger particles
- 3 Gluon Vertex
- Color of gluon mediating quark-antiquark process?
- Higgs Confusion (The Higgs "Era")
- how to deal with gama5 in dimensional regularization?
- What is the difference between electron, muon and tau neutrinos?
- Cold Fusion Experiment
- QFT books that discuss Infra-red dimensional regularization?
- How are gauge bosons created?
- Evidence for fermion statistics among neutrinos
- D meson decay
- Spatial Detector accuracy
- Question about momentum of pair production
- conformal invariance of gluon amplitudes
- Heavy sterile neutrino decay into Z bosons. (Feynman Diagram)
- Calculating the loop correction to the propagator
- 1D QED on a lattice, how much information?
- Does antimatter (negative matter) have "negative mass"?
- up and strange
- New Models to Describe Nuclear Structure
- Range of alpha particles in a silicon detector
- Types of neutrinos
- Any origin of the Cornell potential?
- Majorana Propagator
- Help! Current generated by an alpha particle in silicon(reverse bias voltage problem)
- Explaining role of Pions in Strong force interactions.
- Abelian Higgs model and conserved vortex current
- Inverse Muon Decay differential cross section
- Possibility to see Higgs particles at the International Linear Collider
- Why so much energy?
- Time dilation in Quasars
- Ion pressure theory
- what does it mean to mediate a force
- News Stories of Possible Imminent Higgs Boson Discovery
- What is nuclear symmetry energy?
- Mini black hole not Lorentz invariant?
- CERN Live Webcast of Higgs status on 13 Dec
- why does CT utilise compton scattering?
- wavelength of electrons
- What is the origin of mass(both fermions and bosons)?
- Does QED have any real-world applications?
- Higgs vacuum expectation value imples what energy density?
- Cross Section from Feynman Diagram
- Major new papers on Higgs finetuning and on QCD vacuum
- How can we unify electromagnetic force U(1) and weak force SU(2)?
- Electron mass increased by electromagnetic coupling like it is by Higgs coupling?
- Questions, Why, Practical Applications Higgs Boson
- higgs bosom is this where energy becomes mass?
- Why doesn't the Higgs produces a cosmological constant
- Why is 3 pion decay of eta (η) strong forbidden?
- (Non-)mixing of K vector bosons
- Neutrino Oscillations at Low Energies
- Integrating the Bethe-Bloch Equation to Find the Range
- Strange matter hypothesis?
- specific heat of a heavy ion plasma
- Relationship between higgs field and EM field
- Is electroweak symmetry breaking a reversible process?
- Faster than Light Neutrinos at CERN
- Neutrinos as majorana particles or where are left handed antineutrinos?
- Is there a representation diagram for fermions like the 8 fold way for mesons?
- Is the glueball the only stable physical particle in pure Yang-Mills theory?
- Why gluon cannot decay to quark and photon
- Decay amplitude of B mesons:
- neutron capture
- Alpha and Beta rays
- How can Higgs field explain proton's inertial resistance to acceleration?
- advice needed for begginer
- Origin of electric charge
- Can factorization scale be different from renormalization scale in QCD calculations?
- Decomposition of SU(3) and particles
- chirality, helicity, and electron-photon vertices, and polarised electron beams
- Chiral Lagrangian symmetry
- Dirac equation for electron in EM and Higgs fields?
- Creating synthetic hadrons
- Higgs boson for the uninitiated
- LHC finds new Chi-b (3P) particle
- Neutrinos
- Binding energy per nucleon
- Mass of Dirac Electron increased by Electromagnetic field?
- How to determine the half lives of any isotope?
- electron capture vs internal conversion electrons vs auger electrons
- ICF energy extraction
- color confinement of Technicolor (QCD)
- eigenvalue and eigenfunction
- project: particle accelerator
- Stern-Gerlach experiment with Gravitons
- Spin-0 antiparticle
- Can someone translate these bubble chamber tracks?
- Gravity-Nuclear force relation
- Why are all protons identical?
- Cooling a lattice QCD gauge configuration
- Neutrino Oscillation...?
- Virtual Particles
- ferrus ring?
- Wick contraction and derivatives
- What is the quark magnetic moment?
- Topology of charm decays. Help!:)
- e+p->n+neutrino
- symmetry breaking and the ground state of a quantum field theory.
- rate calculation for e+p->
- If we could slowly vary the strength of the strong force.
- Force Carrier for Electromagnetism
- in QFT Lagrangian what is the potential energy exactly?
- Deflecting high energy proton beam...
- Q-value in beta minus decay does not match.
- 1/3 charge particle behavior
- Beginner questions on elementary particles
- Proton Decay
- Feynman Propagators
- Reading off masses of eight goldstone bosons from chiral Lagrangian mass term
- why can't we detect off-shell particles?
- Massless-ness??
- Higgs boson
- Higgs boson lifetime and decay length?
- ElectroWeak symmetry breaking.
- Estimating the energy released in fission
- Gravitons and Cold Dark Matter...
- High school kids building nuclear reactors?
- Are protons/neutrons magnetic? (Do they have North and South poles?)
- stuck, learning QFT
- Why doesn't a dineutron system form a bound state?????
- Fragmentation of Carbon Ion
- D+D->He
- What particles are produced in a proton-proton collision?
- How are W Bosons Formed in Beta Decay
- Chiral sym breaking questions
- Higgs boson only interacts with accelerating particles?
- Requirements on Quantum Field Theory to be correct physical theory?
- rutherford scattering angular distribution
- photon degreees of freedom
- Why must strong force theory be QCD?
- Nuclear forces are in fact electromagnetic?!
- What is the isolated system?
- Lagrangian Taylor expansion...
- Generating Noether charges for Dirac Lagrangian
- 5 rep of SU(5) under SU(3)XSU(2)XU(1)
- How fast do CRTs shoot electrons?
- Mathematically rigorous way of expanding propagators?
- If neutrinos are everywhere, why isn't Cherenkov's Radiation?
- What would happen if an electron hit you?
- Are quarks as sub-atomic as it gets? necessarily?
- neutrinos carry away momentum, is it lost forever
- Increase ion wind
- Why in general speaking the mass of gauge boson is zero?
- Where to look for the next neutrino...
- 4 Be 9 plus 2 He 3 Fusion
- Nuclear Binding Energy
- Basic questions about Spin3/2 formalism
- Why should we work with gauge theories
- Looking for Colleague
- How can the Chi_b (3P) particle exist if matter and anti-matter annihilate?
- Why CP symmetry is violated in weak interaction?
- why does the output of a linear accelerator increase in time?
- Stars, fusion, how exactly the weak interaction acts...?
- Building a focusing anode
- Do isomeric transitions have vector characteristics?
- Why is fusion more efficient than fission?
- The difference between the weak and mass eigenstates in the PNMS matrix
- Neutrino interaction/detection?
- Photon's antiparticle!!!
- Nuclear spin
- What is the cause of radioactive decay?
- What's the most high-energy photon or particle discovered? Where are we in that?
- Role of Bosons in Nuclear Reaction
- What are the differences between photons and gluons?
- Temperature distribution of neutrino background radiation
- why there are 8 gluons?
- Proton Beam Elemental Transmutation
- Plasma in a Magnetic Field