High Energy, Nuclear, Particle Physics Forum

Graduate Ok really dumb hypothetical nearly impossible question

Graduate What particles can the Z boson couple to in the standard model?

Graduate Does anti-matter Always annihilate with matter?

Graduate Heating Gases: Can We Make Protons Fly?

Graduate Can Subatomic Particles be Configured Into Other Particles?

Graduate What Are Teraelectronvolts (TeV) & the LHC?

Graduate What is the meaning of antisymmetry in wavefunctions?

Graduate Is this diagram i have made relating to david hahns experiments correct?

Graduate The Gamma Matrices, Spinors, Anti-Commutation, and all that Jazz

Graduate Is Tritium-Tritium Fusion the Key to Sustainable Energy?

Graduate Conserved quantities in the Feynman diagrams.

Graduate Experimental observations of anti-atoms and/or anti-molecules

Graduate Cosmic Ray induced Electromagnetic Cascades in metals

Graduate How Can Atoms Be Split Despite the Strong Force's Attraction?

Graduate What is a first order process in particle physics

Undergrad Electrons not inside the nucleus?

Graduate The SUSY F and D terms, and the scalar potential

Undergrad Ideas for a nuclear research project

Graduate How do quarks transform under SO(3)?

Undergrad A layman's question about nuclear fusion

Graduate How is positrons and anti-hydrogen created?

Graduate Is LHC pushing the limits of naturally observable phenomena in the Universe?

Graduate Atoms of anti-matter trapped for first time.

Graduate Nuclear Potential: Calculating Energy w/ Delta Potential

Undergrad Atom of Neutrons: Can We Make It?

Undergrad What is responsible for the extreme force in a nuclear bomb?

Graduate Fusing Iron Nuclei: Ignition Temperature

Undergrad Quick question about differences of energy output for different reactions

Graduate Neutron spallation and capture

Graduate What Are the Key Concepts of Friedberg's Plasma Physics in Fusion Research?

Graduate Fusion reaction energy and columb barrier

Graduate Can a neutral pion go to two electron anti electron pairs

Graduate Converting matter into antimatter via energy?

Undergrad What are the basics of fusion in particle physics?

Graduate Quantum Mechanics related to fusion

Graduate What Happens to Fusion Reactions at 2GeV Particle Collisions?

Graduate Confusion about How Dirac discovered Dirac's Equation

Undergrad Does anti-matter have a stronger gravitational pull than matter?

Graduate Is recreating the Big Bang possible?

Graduate How Does the Propagator Relate to the Heat Kernel on a Manifold?

Graduate Question about particles near the speed of light

Graduate Why Aren't Atoms Made of Positrons and Antiprotons?

Graduate Hill wheeler variational equation

Graduate A jumble of basic SUSY questions (i.e. a bit confused and seeking help)

Graduate Why Is Pure Neutron Matter Not Common Outside Extreme Conditions?

Undergrad Can Cold Plasma Be Created and Used in Heat Pumps?

Undergrad Why is there no odd-even staggering for electronic binding energies?

Graduate Majorly confused over the cabibbo matrix?

Undergrad Quarks but if a proton is uud and a neutron is udd

Undergrad Is it possible to calculate the difference in mass between a Proton and Neutron?

Graduate Neutron Attenuation 1st order ODE Interpertation

Graduate Introduction to Plasma Physics

Graduate The Higgs vev, the Higgs Mass, and WW-scattering

Graduate About the determination of the bottom quark's -1/3 charge?

Undergrad How Neutrons Decay to Charged Particles

Graduate Unraveling the Mystery of the Gluon's Wave Function

Graduate What was the rest mass of the ZZ pair found at the LHC?

Graduate Why More W^+/- than Z^0 in Proton-Antiproton Collisions?

Graduate Deuterium bombarded with Neutrons from tritium?

Graduate What if electro-weak symmetry is broken at all energies?

Undergrad What is the binding energy of a protium nucleus?

Graduate What do they mean with real and virtual corrections ?

Graduate What else could the LHC accelerate?

Graduate In SSB, why shifting a field suffices to pick a corresponding vaccum?

Undergrad Neutron energy for nuclear fission?

Graduate Ionizing a sphere till it explodes?

Graduate Are there any known or theoretically proposed particles that do not

Undergrad Cluster Decay: Definition & Overview

Graduate Thompson's cathode ray tube experiment

Graduate Why is Bremsstrahlung produced during electron-nucleus encounters?

Graduate Some questions about particles being produced in certain interactions

Graduate Radiation pressure calculation (verification)

Graduate Koide Mass Formula for Neutrinos

Undergrad Anti Matter vs Matter: What Happens When They Collide?

Graduate Why Straggling Appears - A Closer Look

Graduate Fundamental and Adjoint Representation of Gauge Groups

Graduate Are there nuclei of only neutrons?

Graduate Do up and down quarks obey flavour quantum conservation?

Graduate Particle Collision: Example & Kinetic Energy

Graduate Shorthand for unidentified SUSY particle

Graduate Z Bosons to Lepton Pairs: Why Equal for All?

Undergrad Creation of elements heavier than iron

Undergrad Is it Possible for Nuclei to Emit Visible Photons?

Graduate Experiment Suggests New Particle

Graduate Gribov ambiguities in gauge theories

Graduate Is there color confinement in quarkgluonplasma?

Graduate What Does It Mean for a Fireball to Be Opaque to Pair Production?

Graduate Are there any unification models that explicitly unify colour and flavour?

Graduate Gauge Invariance and the Photon Self-Energy Correction

Graduate Understanding the Frictional Cooling Method in Nuclear Physics

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Graduate Can a Supernova Bomb Be Created Using Electromagnets and Uranium?

Graduate Muonic hydrogen ground state energy

Graduate RHIC Collider Creates Quark-Gluon Plasma at 4,000,000,000,000 Degrees Celsius

Graduate Understanding Photodivision and Electrodivision in Electron Beam Oncology

Undergrad Interested in nuclear fission in my life

Undergrad Photons - most energetic ever detected

Graduate Statistical behaviour of ideal particles in a closed box