- Bose-Einstein Condensation
- [SOLVED] Farnsworth Fusior been built
- Rutherford's experiment
- subshells...........
- Bose-Einstein condensation of atomic gases
- NASA research propels development of new glass.
- State and shape of electron?
- Hund's rule
- Magnetic susceptibility
- regarding cold fusion
- LSDA
- Saturation current.
- Gleaming hydrogen metal
- What is the composition of outer space?
- Newman superposition model
- nonoparticles
- Franck Hertz expiriment (maybe you know??)
- Atoms@Molecules
- Depletion Region shrinks with increased temperature
- A BIG what IF...
- Creation of Energy
- Background Radiation
- Super Conductors
- Q1
- Seek for help
- When are atoms unpredictable?
- Hydrogen and Oxygen from Electricity and Water
- Experiments to describe the band structure of bulk (solid) materials???
- factors involved in water evaporation?
- Exciting gasses
- basic atom & molecule physics
- The element Mercury as a Fuel?
- BCS theory
- Just a thought.
- multi point STM
- STM resolution
- Do Electrons have MASS?
- NMR , relaxation times
- Cooling iron and steel
- What wrong with my math?
- wave shaped bands
- Are metal "molecules" actually molecules?
- Is this true about glass.
- growing shaped nanocrystals
- Phonons and their properties
- energy and matter
- new type of matter formed
- Plasma and magnetic field
- Elements 115 and 113
- Monoatomic platinum family element properties?
- Young's Modulus
- Water condensators....
- Stupid Question?
- quantum engineering
- nanotech and sticky fingers
- The Four Radioactive series
- Shape of carbon vs. column 14
- MBE systems
- The Odd Shape of Life ( carbon)
- Alpha particle x-ray spectrometer question
- Cooper Pairing
- Semiconductor Mechanism for Protein Diffusion
- Isotope EV & HL
- Bosonic fermions?
- Mercury
- Attraction between positive charge and negative charge
- Strange radioactivity question.
- Metallic Hydrogen...
- Awesome Osmium...
- elemental half-life: novel idea?
- radioactive decay basics query
- Re: carbon steel -- Is a crystal the same as a grain?
- newtons law
- Binding Energy
- ionized gas
- hypereutectic melting point
- Fermionic condensate
- Dry ice
- interpreting UV absorption spectra
- nanotubes
- Anomaly in nuclear charge/atomic weight order
- Neutral hydrogen and Bremsstrahlung
- Atom model wrong?
- Electron movement between atoms
- Calculation of the band structure of Si
- how do you draw a model of an atom?
- photons and particle interaction
- 5 quarks?
- electric orbit of positronium
- atom model
- neutrons=electron+proton....?
- Is there any software to simulate lattice vibration?
- Thermionic Cells
- Atomic Question-- bomb
- Material science
- Good conductor Electicity
- what is subparticles???
- what is subparticles???
- Home-made superconductors ?
- how does the electron spins affects the magnetic field??
- Is there photographic proof of the atom's existence?
- characterising surfaces
- Electrons & Braggs Law
- Explosives
- Fire
- What is Pendellosung
- Heat radiation.....
- Beyond the 5th state of matter?
- Bands in alloys
- Crystal's structure
- Valence electrons.
- Isotope Information
- Miller index
- excitation, ionization, TEMPERATURE??
- pressureizing and liquid
- liquid wood?
- Oh, multiple + scattering + polarization
- Gravity.
- critical temp - which phase?
- phase change hysteresis
- Sound and light
- Magic liquid
- Everything wants to be iron
- I'd like a name of...!!!!!!very important!!!!
- Rods holding molecules together ?
- the relaship in between
- NMR spectra website
- Protons electrons....
- Cobalt (I) dimers
- Energy to matter converter
- elements 118 and higher = why?
- Quark-Gluon Plasma
- Thesis help
- How do you define nanotechology?
- bio ceramics/far infra rays
- Book Names
- Hybridization of Orbitals
- Waves
- Aether and sub-atomic particles
- what is the meaning of a magnetic semiconductor
- Metallic luster
- Laughlin's laugh-in?
- Electron transmission through a condutor
- Beta Decomposition
- Why amorphous phase materials have wider bandgap?
- Nanotubes
- Quasi particles
- question atom / molecular movement
- Currie point and current.
- Brownian motion ratchets
- Atom of Singularity
- We can't "see" an atom?
- single atom
- How crystallographic planes related to surface energy
- Two Atom Systems
- P orbitals
- Naming Plasma changes
- combination of different particals of an atom
- Heat at work
- energy K electron catch
- Radius of atom parts
- binding energy
- Magnetic Nuclear Resonance
- Nuclear question
- Exciton vs Self-Trapped Exciton
- Planck's Question
- Just a weird idea, friction-less materials
- Actual Distance Between Atoms of an Ideal Gas
- What makes an atom unstable?
- Mixing two different BE condensates
- Question about semiconductor physics
- X-Ray Diffraction Problem
- Pair Annihilation Problems
- In the spaces between
- Hund´s rules
- Simple Isotope Question
- Stroelectroweak?
- Free particle spectrum?
- Unpaired Electrons
- Instanious interactions the intermedaite
- Problems obtaining ferric oxide
- Difference between...
- Verification of of Phase vs. Group Velocity
- Symmetry in crystal structures- please help!!!
- matter to energy
- Get this out of my head.
- Rotational energy levels
- Problems with alloy density question
- Reductionism
- mesons
- parrot algorithem and box modelling
- Radiation energy transfer
- Correspondence Principle Question
- Elementary particles
- Energy of scattered photon
- hitting two objects together
- A BEC question
- Fermi-level
- Magnetic Coffee
- Why do high frequency states get less energy?
- Infrared and pot growing in home.
- Binding Energy
- Applying Bohr's Hydrogen model to a He ion
- Disintegration of proton in water atom (task)
- Millikan's experiment.
- Does a proton hurts hitting me at 0.9999 c?
- fuzzy about electron
- Harrison's Tight-Binding Theory
- Nanowires
- Electron orbital jump
- Hydrogen-Boron Plasma Toroid Fusion
- Time and Atoms: Can they exist without each other
- Millikan's Experiment (pt. 2)
- question: magnetic field blocking
- need a book recommendation
- Hückelmodel/theory
- The Bohr Model
- Atom size
- Titanium trichloride?
- Waht are phonons?
- the early atom
- Metastable matter...
- Lanthanoids/Actinoids
- Non Linear optical Coefficient
- energy levels of electrons
- Why does 4 He act like a boson but 3He doesn't? What accounts for their different
- Measuring the thermoelectric effect of a simple metal
- Ceramic density
- Final Valence Question, I hope.
- The average binding energy
- Landé Factor
- Purpose of Neutrons and other q's
- Question on BCS Theory
- Books recommendations about Infrared Spectroscopy of Solids
- Inside an Atom
- Breakthrough in quantum properties understanding
- Basics of Fusion
- Decay of an element
- Plasma control
- electrons in atoms
- Electromag. & Circuit..can't picture
- What speed do subatomic particles travel around the nucleus?
- What is the role of vortices in superfluids
- Try other units
- Matter and antimatter must interchangible
- Why 8 Valence Electrons?
- beta-carotene and Rhodamine
- Solid state lasers (LEDs), gas lasers, and liquid lasers(?)
- sound and temperature
- Info On Quantm Criticality
- How is cold Plasma possible?
- Charge question?
- LRC circuit
- Still a metal?
- No such thing.
- Conversion of mass to energy
- [SOLVED] Hybrid Atoms
- Atoms vs. Elements
- Bulk modulus
- Monuments of atomic structures
- Electrons, Photons Neutrons,,,,,
- Damping & Damping Coefficient
- What happens to atoms?
- What's in the space between atoms, or between nuclei and electrons?
- Atomic Derivation of the characteristic impedance of the vacuum
- Functional Density Theory
- Spectra
- Tetrahedrally adapted d-orbitals?
- Charge Transfer Complexes
- Quantised Conductance
- Carbon Vapor and Gaseous Carbon
- Help: How to interpret energy band?
- Light and Condensates
- Debay radius and the existence of metals
- New type of chemical bound
- Impact of concepts on Atomic Theory
- neodymium magnets
- plz help me in solving this q
- A fourth question
- symmetry, groups and gauge theories in the standard model
- Liquid to gas
- diatomic molecule
- How do electrons keep out of the nucleus?
- Ghostly interactions?
- Practical application for germanium sample
- Helium
- Validity of hrydrogen model for Diamond semiconductors
- A question about an explanation of the electrical resistance of perfect lattice
- are there any particle simulators out there to download
- d orbitals.. 5 or 6???
- Absorbing visible light!
- Cuprate Planes
- What is pseudo-spin wave?
- BCS theory
- Why are radioactive substances harmful?
- Liquid Nitro vs Water
- Expansion Assumption
- High voltage and ozone
- Inner shell electrons
- Spin of an Atom
- Temperature dependency of the Larmor Frequency for protons in NMR
- Magnetic units in journals
- Photonic crystals
- Free software to make energy level diagrams?
- Higgs Boson
- thinner than water?
- Bloch functions
- spontaneous emission
- Why-Hydrogen has small...
- Need help multiparticles
- XRD database
- Water, more interesting than it looks
- compressed air
- Nuclear Magnetic Resonance
- Hand through table?
- Fluctuating crystal structure at constant temperature
- What % of an atom is empty?
- magnetism and compasses
- Can wood melt if....
- some questions about BEC
- a thermodynamic approach to spontaneous emission
- Is gel liquid?
- theory of the STM technique
- Magnetic Hysterisis and Irreversible Losses
- susceptibilities
- Magnetostriction
- He diffusion through solids
- bose-einsten condensation
- program for painting electron orbitals
- Absolute Zero : What keeps Helium from becoming solid?
- The optimum molecule
- Help me find an important paper, plz!
- On projected Density of States
- high-temperature superconductors
- Charge carrier density
- finding gruneisen value
- Help me
- Hi
- quantum physics and magnetism?
- schmidt's rule
- Orbital models
- Heisenberg imcertainty principle (get it!)
- you know this
- Needing images of atoms for project
- Lennard-Jones
- Melting points of finite-sized materials
- The Rutherford Atom
- Gas inside beer bottles
- Sources of information on Physics of Condensed Matter
- Elastic wave modes in crystals
- Electron Detection spectroscopy
- Analysis of the errors in explicitly correlated electronic structure theory
- Quasiparticles
- A Quantum Bomb
- Theoretical derivation of LDOS
- free electrons inductance?
- Wavelength/frequency & it's effect on optical properties
- Strongly correlated electronic systems
- Photon Blocking
- Q:How to interpret band structure?
- Want a book onStatistical mechanics...
- water molecule?
- Nuclear Magnetic resonance
- Attraction or Repulsion?
- What FORCE hold metals together?
- Physics of Diffusivity
- Mulliken Population when using double zeta basis
- Anti-Matter Appearance
- Models of atom
- Question on superconductivity theory beyond BCS.
- Home-made nanomachines
- where to find the data of electrical resistance
- why rotational in vibrational??
- Nano batteries?
- Classical paths and bubble chambers
- orbit n orbital!!
- wht abt molecular arbital?
- raman spectroscopy!!!
- gravity on atoms?
- Schrodinger field
- SED deviation from Black Body - real objects
- Magnetic Monopoles
- accelerated electric charge
- Bose-Einstein Condensation
- what is "plasmonic resonance"
- 4 superconductor questions
- How to solve Eliashberg Equations?
- Energy - Difference between Continuous & Discreet
- On strongly Correlated System
- I have a question..or 2..or 3.
- Applying BCS-BEC Crossover .......
- Rotating & Translating Frame
- Field-induced superconductivity
- just wondering...
- Strange Matter
- rutherford's analysis
- Rotational Raman Spectra
- Maximum Temperature
- Oxygen to sulphur ?
- magnetism question
- Could you help me?
- understanding the band profile diagram in a junction
- Amazing paper on cosmic-expansion and B-E-C's
- Because I'm A Moron
- The "Pauli exclusion principle" catastrophe.
- units for susceptibility Xm
- speed of sound
- Question on how to calculate bond energy in crystal.
- Light sources
- lanthanides
- Spin changes due to Environment of Neutrons/Protons
- copper nickel magnetism
- magnetic cooling question
- Radiating heat and vacuums
- superconductor q's
- superconductor question
- Convection current
- kondo effect
- What are the shapes of molecular orbitals?
- quantum dot
- Atomic Pinballs
- States of matter
- basic description of quantum beats
- mg/hr into ppm
- Superconductivity
- BE condensate
- Crystal Planes, Miller Indices: Cubic Lattice
- help in superparamagnetism devices
- Accelerators and fusion of elements
- I was wondering
- a little confused
- I want to know the microscopic mechanism of electric polarition of amorphous
- atoms in magnetic fields
- demagnetization factor
- Optimal thermo-optic material
- Hall effect for phonons?
- How to calculate pseudopotentials?
- energy transfer
- some basic x-ray questions!
- Using SageMD for molecular dynamics
- electric polarization involves the defect centers in the dielectric
- Excitons !
- Why does't amorphous silicon oxide present piezoelectricity?
- Does the strain on a piezoelectric crystal affect the permittivity?
- supercondoctor G-L equation
- How to do first principle calculation in electron gas condition
- Another question about calculation of frustrated system
- Does the orientational polarization contribute to the permittivity of silicon oxide
- Why is an atom with a full shell more stable?
- fermi surface nesting
- Question
- photoeffect and metals
- Can neutrons be bottled?
- How does the Orbital Electron Rotate Permanently without Energy Supply?
- Theoretical Remarks on Superconductivity
- Polyatomic ion charges
- Congeal vs. Freeze
- Liquid Sodium?
- [SOLVED] Slave Boson method
- journal access
- A liquid floating upon another
- Atomic Emission Spectra
- einstein-bose condensate..(sp?)
- Why is a phonon a boson?
- Critical temperatures
- energy in positron emission
- silicon surface tension
- Unitary & non-unitary states
- Refraction Index vs. Material Thickness
- "Massless" electrons behave relativistically
- ideal theory
- Electrons are "massless"?
- shapes of potentials!!
- Fields in ferromagnetism and proper range of atom size
- What is "momentum transfer cross section" ?
- giant magnetoresistance
- How is reflectivity of a surface determined?
- drude model!
- moecular spectroscopy
- electrodynamical oblivion
- A kink in superconductivity
- periodic boundary conditions
- Matter types?
- Sound and heat
- doubt!!
- line width!
- covalent
- Absorbtion Spectrum
- non s-wave superconductivity
- band theory and holes
- solid state curiosity
- BEC and RELATIVITY
- what is altra soft pseudopotential?
- Quartz and Piezoelectric
- Atom simulator
- Superconductivity
- valley degeneracy
- % Reflection vs Wavelength Chart. Any?
- Superconductivity or insulation at 0 K ?
- Lennard-Jones model and Energy Conservation
- dispersion relation
- Theory Perspective: SCES '05 Vienna
- Spin Orbit Interaction Hamiltonian
- How to Proof c/a=1.633 in HCP?
- atomic spectra evidence for relativistic potential
- Electron Sinusoidal Frequency.
- Molecular orbital calculations
- Bloch's Therorem Question
- Why is the Emission Spectrum the same every time?
- Question on Virtual Crystal Approx.(VCA)
- about weak potential (solid state)
- QM as defects in a solid media.
- Light propagation through air
- doubt
- about phonons
- Electron binding energy
- 20 Years of High Temp Superconductors...
- strongest bond?
- ????
- covalent diectional??
- spectral energies!
- Electron - massless or not
- P/N Plasma Question
- Metallic bonds
- SiO2 questions plz
- Si and light
- magnetic field inside a vortex.
- materials and attenuation
- help needed!
- Raman!
- P,Q and R branches!
- Room Temp Superconductivity
- Super fluids and pauli exclusion principle
- Another Raman spectrum question!
- Why is there negative group velocity in the optical mode?
- Conductivity of Ne
- Bands
- simulating visible spherical waves
- Laws for metallic alloys ?
- statistical physics
- Metalollid Steps
- bound polaron?
- Hall effect - semiclassical approach
- Si ellipsoids of constant energy?
- high speed semiconductor devices
- Help Understanding Energy Band Diagram
- Metropolis algorithm for Kosterlitz-Thouless model
- a question that bugged me the minute i heard the word atom
- BEC on a planet
- Rydberg Function
- Group theory and crystal structure
- Help, Density of States
- miller indices question
- Hydrogen 1S-2S transition frequency
- Atom rendering software
- gas dynamics
- valence & conduction band
- Question about Superconductor Flux Pinning
- Pauli Exclusion Priciple
- Diamagnetism of Pyrolytic carbon
- What is Bose Eintein Condensate?
- Bragg point
- Confusion on electrical current vs charge flow
- Intensity of stokes and anti-stokes lines?
- help about the Nonequilibrium Green's Function
- what is the essentail difference between local density of states and density of state
- Quantum dot exitons
- What is a phonon?
- Confusion in HTS
- Acousto-Optic Effect
- Kahn's Molecular Magnetism
- Comp. Physics - Network Code?
- Who can find this paper for me?
- What is the Landau-GinZburg-Devonshire free energy?
- Condensed Matter; Mathematics/Experimental Skills Needed
- Delocalization of states in valence band du to doping
- isolator -> semiconductor?
- How can the electric polarization be induced the strain gradient?
- Exciton related emission
- 1-dimensional superlattice?
- an origin of color
- Compressing Electrons
- LCAO Basis Sets
- can lasers emit anticoherent photons? 180°
- Manuscripts on dislocations by K. Kondo
- Need to learn about semiconductors
- Reciprocal Lattice Simple Question
- Density of states
- Mg and Be inactive
- band structure of ferromagnetic metal
- Who can tell me these two conceptions
- Exciton binding energy
- "Teleportation" of single atoms
- KP Theory Bandstructure Calculations
- model for a flux pinning magnet
- Magnetic neutron scattering in hole doped cuprate superconductors
- The repulsion of the atoms of gases
- why relativistic inner core?
- Peaks in gamma spectroscopy
- any one who do xps?
- help?
- Electrical conduction
- Energy Levels In An Atom
- UV LEDs could be a reality soon!
- Two photon absorption in silicon
- output power of pulse-lasers
- why metals more dense than semiconductors?
- Helium Purging
- Electron hole theory in Semiconductors
- BJT(npn) physical operation help!
- Nanoparticle monte carlo
- superconductor
- how to analyse XRD data?
- d-wave superconductivity
- solid helium
- izit possible fabricate the quantum dot by cvd?
- Annealing before and after pellet formation
- third-order hyperpolarizability "γ" in nonlinear optics
- Annealing effect on PL efficiency
- The Future is Nano
- Theoretical investigation into High Tc Superconductors
- Question regarding electronic ground state
- Thermo-optic effect
- Condensed matter physics
- Deep level Transient spectroscopy
- 1-D Hubbard Chain(N=8), ground state energy
- Superconducting helix penetration
- induced supercoductivity
- What Can Computational Physics do besides Numerical Integration?
- Melting and Boiling process
- helium-3 superfluidity
- Meta Materials: Time
- TiO2
- Ask for Help: Is there this creation operators?
- Get into the wall !!!
- how to calcualte C-C bond energy of diamond by DFT
- M2S2006: 8th International conference
- A question or two for all you smart types
- second sound in superfluids
- Anyone know who these two people are?
- Visualization of a particle model ... easiest way?
- More examples of how condensed matter priciples goes into other fields.
- Fermi surfaces
- Propeties of magnet
- oxide breakdown
- Four papers by PF'er vanesch
- Electron Confusion in Solids
- First Principles Studies??
- anti grav
- Density functional theory, and Kohn Sham equations
- The never ending search for high temperature superconductivity
- Resonance Structures?
- deBoer effect
- Boson gas...
- Electron rest mass
- Electrical Analogue Simulating a crystal Lattice
- Gamma and X point electrons in semiconductors
- which book is the best for a beginner of condensed matter physics ?
- Band structure and dispersion relations...
- Proof of HCP = 1.633
- Miller-Bravais scheme for Hexagonal crystals
- Modelling missing hydrogens from X-ray crystallography
- application of formal methods
- how do transistors work?
- Perpetual Motion
- Wearing Out
- Heat transport in micro scale
- searches of nd-fe-b alloy
- How to identify the ratio of the cross sectio of capture and recombination
- Why does copper conduct heat better than aluminium and iron?
- Superconductivity Explained
- "Simple" DFT software
- Positron creation in semiconductors?
- Degeneracy conduction electrons
- solve for c/a ratio
- Potential within a crystalline solid
- Crystal Terms
- Electrons in the Band Gap
- solid state textbook
- Pauli Exclusion in Metals
- Landau DOS
- band structure
- Completely filled conduction band
- Ozone formation
- Room Temperature Superconductors
- Are permittivities of non-ferroelectric materials dependent of temperature?
- phase transition
- News on Metallic water
- yutirium barium copper oxide (YBCO)
- High Tc superconductivity?
- Formation of Schottky Diode
- Review of Tunneling Spectroscopy of High Tc Superconductors
- Energy Band Theory
- Why the tetrahedral angle is 109 deg 28 min?
- Binding energy and work function of a solid?
- Why do atoms prefer filled, half filled, or empty shells??
- Condensed Matter Physicists
- How can I find the band structure of a molecule by knowing its absorption spectrum?
- photoeffect and compton scattering
- Could you pls advise me any books where in detail is described Hydrogen atom
- Superconductors usable as propulsion devices?
- forbidden gap in semiconductors.
- Band structure of metals
- brownian motion
- pn junction: fermi enery
- QE of Mo and Te
- Help?
- Strength of a covalent bond
- Effective Mass in Metals
- High Tc superconductors turn 20!
- Phonon model..
- Positrons and Holes
- NMR..help!!
- phase space cells
- Determining Tc value of various superconductors...
- Calculating the DOS for spherical quantum dot
- Best Solid State Physics Book
- Silicon becomes a superconductor
- Band Diagrams & Vacuume Level
- Vergard's Law helpĦĦ
- Crystal field theory, what is spin?
- Intraband transitions
- How to see the description...
- Kondo from Anderson
- Carbon Nanotube
- Bohr Energy Levels
- A problem about solid spectrum
- Frustrated Ising Model
- dependence of size on electrical permittivity
- GaN and GaP history
- Light dpendent resistor
- viscoelastic models
- Vegard's Papers
- Plasmons, Surface Plasmons, Localized Plasmons... Im confused!
- Force between Two Atoms
- crystal and crystallite
- Why is light travelling below c in different materials
- Help Matsubara Formalism
- How do Gamma point phonons work?
- plz tell me websites about thin films
- directional bonding
- Fabry Perot etalon calibration
- photo electric effect
- solving non-linear frequency problem, NMR
- optimizing ising for spin I>1/2
- Fundamental Frequencies of Noble Metals
- converting energy
- Binding Energies
- colloid
- Ionization cross-section energy dependency?
- Energy level of holes
- incommensurate phases- what is that?
- hall coefficient
- Questions about Compton Scattering
- Request for Data- Band gap of CdSe quantum dots against size
- Waveguide modes relative power
- High-k/Metal gate transistors going into production at Intel, IBM and AMD
- Where do holes go after photoelectric effect?
- At what temp does water boil?
- Compressing Water
- Kondo resonance - need concept help.
- Superconducting Tunnel Junctions
- Bonding
- Quantum magnetism and superconductivity
- Gutzwiller Projections
- Simple models of nanoscale carbon structures
- Schottky anomaly
- wondering
- Methods to deal with Electron correlations
- Are degrees of freedom in a molecule affected by phase change?
- Anti-symmetric electron wavefunctions
- Wondering about law of mass action
- Relation between Heat Capacity and Polarizability?
- Would you provide the X-ray fingerprint of Ti6Al4V?
- Simple question
- Protons and Positive Hydrogen Ions
- De-excitation of the neon atom
- Spin flip raman effect
- Better potential than Lennard-Jones for Carbon Carbon interactions?
- Band discontinuities in semiconductor heterojunctions
- Cyrstal Structure Stability
- effective mass
- Conceptual Difficulty with Stat Mech
- Questions About Subatomic Particles
- Miller indices
- specific gas constant
- Light as a massless object?
- Atomic Binding Agent?
- some semiconductor questions
- Kramers Kronig transforms for refractive index
- Hatree fock formalism
- Plasma - Debye Shielding
- he-ne laser
- Fourier absorption spectra of Carbon monoxide
- Basis set
- configuration interaction
- How many electrons exsists in the valence band in quantum dot?
- Amorphous SiO2 reaction
- why does sodium have a doublet?
- Fermi Gas
- What is the fermi energy measured relative to?
- Life time in spontaneous emission for laser
- What knows the precise radius of these ions?
- Cold Fog?
- Energy given off Photons/Heat from Conduction Band (Conduct Electron) to Valance band
- Photons
- Bose-Einstein Condensation
- superconductor 'meissner effect' help
- Simple question for mathematicians
- How to Calculate Transmission Spetrum
- GaAs/AlGaAs Lab
- labs-on-a-chip
- Plasma Frequency
- Please share with me about your thinking on Fermi Energy
- cyclotron effective mass
- silicon exhibits metallic luster
- Atom and Electron Cloud Alignment
- Self-consistent solver?
- B-H curve for YBCO?
- phonons in a lattice
- Critical field for a superconductor - why?
- chemical potential
- understanding phonons
- Shear Flow
- SuMBD
- Why is glass 'see-through'?
- doping of semiconductors
- particle size calculation
- thin film phase
- shape of orbitals in solid
- quick question on zincblende
- best semiconductors
- superconductivity in fullerides
- surface potential
- thermal phonon conductivity and umklapp process
- work function
- Happy 50th Birthday, BCS Theory!
- Photonic Band Structure Calculation
- The atom's stable configuration
- why only first brillouin zone?
- Atoms Energy Emission, Absorption
- Explain molar absorptivity to a dumb physicist.
- How are materials brought to (near) absolute zero?
- band diagram in real space
- Order parameter in BCS Theory
- Lattice Waves: Atom Chain Fixed at Ends or Free is Space?
- Tunneling
- CASTEP Users??
- Question Concerning Coulomb's Law
- permanent magnets
- Summer schools on cond-mat
- about EOM
- Two photon absorption coefficient of silicon
- Atomic Model
- Quantum Mechanics/ Ferromagnitism
- boltzmann and gauss distribution
- Ray tracing
- metal invisible in the ultraviolet?
- Unusual property of a 'metal'
- Phonons?
- Prob-Density Distribution of Atomic Orbital Similar to Modes on Circular Membrane
- WHY is drift current through a PN junction independent of applied bias voltages?
- Lcao Theory
- why do we need Gamma point in Band structure
- Gain saturation in laser cavity
- Atom Electron cloud interaction with Energy
- is it possible to use spectroscopy to see vibrations in a material?
- Why do we need a substrate while growing?
- How to include disorder in the numerical computation?
- Spintronics
- to calculate absorption coefficient
- optical phonons
- YBCO critical temperature not right
- Metastable States
- Bose-Einstein condensation?
- How to design Zeeman slower solenoid?
- Kinetic Energy and Radiant Energy levels
- search Article
- donor and acceptor levels in band diagrams
- Polariton BEC, Polariton Laser - Applications?
- Indirect absorption processes -- need help!
- Measurements on YBCO, and their meaning.
- Examples of Cutting Edge Semiconductor Devices?
- How to calculate thin film anisotropy from magnetic hysteresis loops
- Forum Rules
- Electron
- scherrer formula
- On photoelectric effect
- effective Bohr magneton?
- what does "band gap bowing" means?
- relationship between bulk modulus and elastic constant
- ioniastion energy
- Dispersion relation diagrams, phonons
- Crystal Structures in Metals
- Crystal planes?
- need 150 nm UV light source
- Si dispersion
- Atomic structure and classification studies
- electrostatics and band structures?
- how are ions formed?
- Boundary Conditions for Fermi Gas
- exploding samples
- Where can I find the free energy for Nitrogen-N2?
- Stereographic projections
- Group theory and characters table
- Calculating the T^2 dependence of the elec-elec scattering rate in Fermi Liquids?
- density of states summation?
- NLO question (second hyperpolarizability tensor)
- Confinement of hot plasma in a solid dielectric container - Kapitza Nobel Lecture
- dielectric function
- fermi statistics in experiments
- plasmon
- Why quantum mechanics follows octet rule?
- xrays
- The Temprature of TiO2's losing H2O?
- between which layers first stimulation energy
- Bose Einstein condensate
- Dispersion relations in diamond crystal structure
- actually what is the meaning of the holes...
- crystallographic notation
- Trying to Understand Attractive Interactions
- The Exchange-Correlation (XC)
- Castep
- Electrostatics in DC circuits
- Niobium Oxide Energy Band
- electricity in crystals
- Electronic structure - Outer shell
- help, first Brillouin zone and K points
- Electron distribution on capacitors
- Experimental calculation of Birefriengence
- Individual contributions of molecular orbitals to the total density of states
- Motional Narrowing?
- Question about Zeeman slower
- Coordination Number relating to Atom Size - Why?
- coherence caused by superconductivity
- net trap in stickiness effect
- how to find particle size from XRD data using DS formula
- repulsive term in Born-Mayer potentials
- Properties of atoms
- ising model on kagome lattice
- Density of States
- Help me with the Landau-Khalatnikov theory.
- atomic electric dipole moment
- "Sea" of electrons in metals
- k.p theory model & Heavy-hole effective masses in strained QWs
- Coulomb Staircase
- The Metal-Dielectric Interface in a Capacitor
- visualization of a reciprocal lattice
- energy level jump in stimulated emision
- h2o
- Melding
- chirality
- Dipositronium Molecule Synthesized
- What does the electrical conductivity of the elements depends from?
- microwaves and gamma rays
- Heisenberg spin chains??
- Quantized flux in superconductors
- energy band in solid
- Polaritons
- Metal colors and unoccupied levels
- polar molecule in electric field
- Diamond structure
- pleaze help me
- The Second China - Japan Joint Seminar on Atomic and Molecular Processes in Plasma
- Thermal stability and electric conductibility of carbon nanotubes
- wave packets in fermi sea
- non-fundamental bosons
- Non-metal magnetism
- weak localiztion and anti-localization
- E-field lowering of ionization potential
- 50th Anniversary Conference of BCS Theory of Superconductivity
- disruptions Cooper pairs
- Superferromagnetism
- Normal Mode Analysis
- A question about the ground state wave function of XXZ model
- Thermo optical effect
- a question about the Inglis-Teller limit?
- Atom But?????
- Superconductivity found at 175 degrees Kelvin?
- Fermi function for Superconductors?
- Surface plasmons dark mode
- experiment about electron speed distribution
- PN Junction Question - Current
- verdet constant
- What are ring exchanges ?
- Hand-held supercomputer?
- zener tunneling
- DFT/hartree Fock calculations
- Classical Diamagnetism
- trapping cross sections semiconductor
- What the heck is a Potential Well?
- Please recommend me a book (intuitive)
- what is the difference between dicke model and T-C model?
- Damped oscillator for 2-level atom
- YBCO and Maglev Trains
- Emission line of ions
- Casimir Effect may explain High Temperature Superconductivity
- Geometry Optimization of Crystals
- phonon condensation
- elliptic trajectories of the electron
- copper oxide superconductors
- Impurities
- X-ray
- Ising Model
- Subatomic rotations in a plane Abelian group
- Excitation levels and Nucleus Size
- Reciprocal lattice and Fourier series
- BEC and JJ
- phase transitions from ising model
- Volume change due to creation of defect
- clausius mossoti equation in the liquid state
- Color of matter?
- selection rules
- A route to room-temperature superconductivity?
- diffusion theory
- Compound semiconductors
- Radioactivity calculations
- when i was doing a experiment
- Splitting of Eu characteristic L gamma radiation in EDX analysis?
- QuickField Problems
- Symmetries in silicon
- Zeeman Splitting
- Coherent scattering in BCS semicon?
- coupling in the Ising model
- Superconductivity emerging between spacially separated phases?
- Why do superconductors superconduct current?
- book for studying lattice models
- Normal Mode Analysis+IR/Raman
- LED broadening
- mean field theory
- cooper pairs
- XRD structure
- 131 Iodine Production
- Quantum Critical Point
- Crystal Lattice/crystaline structure
- Atomic clock - optical pumping
- why theory of energy bands works?
- Why are strongly-correlated systems treated with equilibrium conditions?
- I need some information!
- Electron-Electron Correlations
- nanowire and thin film magnetisme
- Bismuth Bulk-electronic structure
- CH4 vibrations- need help
- Tc for superconducting system
- ellipsometry analysis-need help
- spatial frequency-coherence
- Periodic Table for solid state physicists
- How to simulate Molecular dynamics
- About quasiperiodic crystal lattice
- Carbon at very low temperatures
- magnetic matter??
- Electrical applications for nano particles
- Bose-Einstein Condensation in 2d?
- Electron Configuration After Photoelectric Effect
- band diagram in real space vs reciprocal space
- Beer-Lambert law question
- SF6-GaAs surface(etching or doping?)
- Atom Question
- Generation and recombination in stationary state
- longlasting radiation catastrophe
- The ability of water falling to attract air pollutants
- Electrical Permittivity of doped silicon
- density of SiO2
- Al and Si?? flux??
- EPR spin selection rules
- fermi level??
- Could Graphene Become the Next Silicon?
- From BCS to the LHC
- How to estimate particle radius and density
- [SOLVED] inversion layer in a MOS
- thermalization and recombination when donors are present
- s-wave and d-wave superconductivity
- How to calculate 2D packing fractions?
- Density of State question, help please!!
- hopping energy
- Calculation of Conduction Electron Population for Semi Conductor
- Periodic boundary conditions and Bloch's theorem
- what makes materials strong ?
- Help with He quantum solid in one dimension
- Fermi level pinning in doped semiconductors
- warm dense matter (WDM)
- Relaxation times as a function of temperature in NMR
- BCS theory in thermo field dynamics
- Exchange-Correlation in DFT
- Conductivity of a semiconductor charged with "externally added" electrons
- Why are electron and hole currents zero at thermal equilibrium?
- How do diodes (pn junction) work?
- GaP Band Structure
- need project for PhD.
- Doping away From half filling
- Molecular spectra
- Solid Physics
- Intrinsic Carrier Concentration for Carbon
- Dose this result make sense?
- group theory + spectroscopy
- 2-dimensional valley degeneracy
- Crystallite Size from XRD (comments on method required)
- Where to find the surface free energy value?
- [SOLVED] Diffusion coefficient.
- puzzles about the ''groud state manifold''
- Zero resistance?
- mobility of electrons
- APS March Meeting 2008, New Orleans
- Nfl & Tb
- heavy hole, light hole and split off band eigen spinors
- Electron Density vs Electron Density Difference
- Elastic Anisotropy vs Crystal packing
- Enthalpy of Formation From DFT
- mechanism before Ising model
- Quantum Mechanics: Expression for electron density
- Constants in Lenard Jones Potential
- how to integrate the discrete nonlinear schrodinger equation?
- Holes
- Metamaterials/LHMs
- Hartree-Fock wave function for a mixture of two oppositely charged gases
- Atom with even numbers of nucleons
- LAPW help!!!
- Complex Dielectric Constant Question
- Properties of matter
- Point Defect Energies
- Characteristics of Superconductors
- mean free path
- Converging your DFT calculations
- Several Questions
- question about the Landau gauge
- Line Spectrum
- Resistivity Question
- ENergy bands of solids
- Lorentz Oscillator Model
- transmission amplitude using path-integrals
- Electrons in empty space
- Journal Club for Condensed Matter Physics
- Electron and hole concentrations - Long One.
- [Atomic] Searching for a Mechanism
- calculating c/a ratio for h.c.p
- Ultra-relativistic gas
- some questions about ion trap?
- Spectrum of Ice Flash: Triboluminescence of Ice
- Exclusion Volume
- Chemical Binding Energy
- Temperature and Electrical Potential
- effective mass
- De Broglie Wave Lenght And Number Of Waves K
- How Can Energy Band Over Lap?!!!
- SUPER conductivity
- born repulsion
- how to understand light and mass interaction
- what is FLUX QUANTIZATION?
- liquid in a vacuum
- Meaning of Zeros of Partition function
- Electron Correlations
- Spectroscopy Resolution
- Indirect and direct band gaps in silicon
- GaP life question!!??
- application of quantum field theory to condensed matter physics
- irreducible representation of C3v
- Independent and interacting electron models
- Hole
- Complex wavevector solutions for energy gap
- DFT, tight binding, Van Vechten's model....
- Multiconfiguration Hartree-Fock Method
- Relation between gap and order in spin model
- What's inbetween an atom's nucleus and electrons?
- is it fermion or boson?
- Interface State Density
- Lorentz force in superconductors
- How does the adsorption energy vary with the number of layers in an Al(111) surface?
- Scientists discover exotic quantum state of matter
- Smectic - Isotropic phase transition
- matrix inverse
- Nano Technology
- The aromatic ring (Benzoyl) at high temperature
- ideal conductor vs superconductor
- 1x1 unit cell dimensions
- Landau-Lif****z-Gilbert vs. Bloch
- what is a quadrupole?
- what is a frustrated system?
- zapping a semiconductor with a laser
- Transition temperature of YBaCuO
- About Fermi energy and Fermi temperature
- Ion traps
- about blocking temperature
- Octahedral Voids Problem !!!
- Nottingham Heating / Cooling
- elastic scattering
- Photons Energy Level
- why metallic surfaces with grooves a few nanometers deep and wide may strongly...
- Molecular spin alignment having macro torque effects?
- Light particle question?
- Could There Be Something Out There?
- need help with quantum open system!
- General Help Solid State Physics
- Metallic bond
- Inverse FFT how to scale the x-axis
- How much effect?
- Hall effect under alternating current condition
- Uses of type I superconductors
- photoinduced absorption spectroscopy
- Carbon nano-tubes
- Coulomb blockade
- Properties of superfluid Helium
- Alphavoltaics
- Speed of light in a medium
- Electrochemical capacitors/ ionic dielectrics ?
- Equation of state of an electron gas
- Can electrostatic forces explain electron configurations?
- Law of Mass Action
- ZPE calculations
- Born-Von Karman boundary conditions
- Spectral broadening
- basic density functional theory
- finding velocity using fermi energy...
- Ionic conductivity
- Photoionisation by radiation
- Scintillation light
- Asylum Research AFM
- As for four wave mixing
- Meissner effect and energy
- What's so special about Cu, Ag, and Au? fermi level? band gap?
- Vibratz
- Ohm's Law derivation from Drude Model
- Be2Si is it a metal?
- free electron energy levels
- is Free-electron model := Drude Model (of metals) ?
- Accelerated charge
- Fermi level and band gap
- What is material property orientation in orthotropic materials?
- Blue LEDs and band gap energy
- Two-dimensional XX model
- Dear friends,
- How to measure electrical conductivity ?
- Anderson Hamiltonian (product of number operators) in 1st quantization?
- Needing explanation of Kittel Intro to Solid States chapter 4.
- LED Driver thermal transfer question
- Low Temperature Expansion of Chemical Potential
- A question about atoms
- formula Kramers-Kronig
- Dispersion Relation
- how to understand the refractive index of metals
- Van der Waals radius not applicable to most elements?
- Stream of thoughts on atoms
- Diffusion vs migration in solid state
- Au doped with Fe Spin Glass
- magnetic dipole
- principal axes for orthotropic material??
- Why is air transparent?
- A question about CO2 capsule
- Langevin curve fitting
- Phase help
- Electrons through quartz
- Trouble with LAMMPS
- linear superconductor
- percolation threshold
- neutron skin
- Fiber Bundles
- periodic table of elements is inaccurate
- What are a few good semiconducting materials?
- raman spectroscopy question
- Electron emission from metals
- Electrons colliding with solar panel
- Lattice constant of martensite?
- Optical Transmission through thin films.
- Quantum field theory of condensed matter
- water to ice
- Some Fundamental Interactions Of Matter Found To Be Fundamentally Different
- Meissner effect
- Are atoms 'perpetual machines'?
- Quenched NMR
- How do you calculate the lattice parameters c and a of Hexagonal ZnO
- exchange bias
- Binding energy and radioactive decay
- Definition of Frustration
- Surface Greens' function in coherent transport calculations
- Largest Atomic Weight
- effective mass
- Specific Bond Breaking Via Lasers in molecules
- Ionizing particles (alpha & beta)
- Polymer Structure Factor Question
- Icps 29
- Solid state Palladium
- when the electrons hit the bandgap
- question about fine-structure and free vacuum constants
- Kondo Lattice vs. Single Impurity Kondo System
- work function of anatase TiO2
- Harmonicity in phonon transport
- k.p approximation
- Formation of F-Centres
- ising ang heisenberg model
- Why is work function almost always in the range 4-6 eV?
- Parameters Resistivity formula
- Properties of 2D Photonic Crystals
- noobish BCS question
- Another BCS question
- Question about Spectral Density at the Fermi level
- Reciprocal space
- Is the Schroedinger equation not fundamental in BCS theory?
- matter of fact...
- stress vector
- Langevin dynamics random force term generation algorithm
- Order parameter of charge density wave in one dimension
- band structure computing
- Water molecules
- For laser ablation threshold,how to connect with coulomb explosion?
- Lattice field theory in solid state physics
- Debye temperature
- maxwell-boltzman distribution under gallilean transformation
- Semiconductor
- Gibbs distribution and Bose statistics
- generic formula including many-body effects for field emission current
- Trapping electrons
- Atomic radius
- Definition of atomic planes
- Phonon drag
- Exact definitions of BEC for real gases-liquids?
- copper oxide plane and brillouin zone
- non-equilibrium conduction electrons
- What is the Physical meaning of Bogoliubov transformation
- Semiconductor Band Gap
- Is NO ferroelectric?
- Prooving Bravais' 14 lattices
- Interstitial impurity. Carbon in iron
- Metal-Semiconductor Junction
- Free Electron Model: Why periodic boundary conditions and what is "L"?
- longitudinal acoustic phonons: why does the dielectric function vanish?
- Questions about light
- Indirect Transition in indirect semicondutor material
- why does light go through glass
- XRD FWHM, debye-scherrer's formula & AFM surface morphology
- Is there any way to find the distance between a nucleus and its electrons???
- transition from valence band to conduction at T above 0K + procedure
- highery energy photon on lower band gap semiconductor
- Energy conservation in heating by irradiation
- high symmetry points
- Phonon softening in superconductors
- How to get spectra from a metal?
- hexagonal symmetry points
- what's the physical meaning of true shear strain and simple shear strain
- C-V curve measurement
- Need picture of 3D BCC lattice.
- Kirkendall effect
- possible typo in Ashcroft & Mermin's book?
- Water Molecule Realignment
- Do SuperFluids respond to Magnetic Fields?
- miller index problem
- High Temperature Superconductors
- Heat conduction in 1D systems (Violating Fourier's law) !
- Electron-Lattice Interaction
- Help!
- plasma conductance?
- ATOM-LASER interaction
- sublattice degeneracy
- Effective mass versus bandgap
- Hypothetical Nanotechnology Question
- Molecules back to singular atoms.
- Nuclear magnetic resonance!!!
- Electrons with in the forbidden gap
- XRD Scherrer Equation need explanation
- Help needed
- What will come out of the 24th Solvay? (topic=condensed matter)
- mono and polycristallin material
- surface plasmon??
- semiconductor behaviour
- Biased nanoelectronic device simulation
- titanium carbide
- Help with Reciprocal Space
- Do gas molecules align with gravity?
- total and dihedral energies ffrom MD simulations
- Correlation length of sp2
- New superconductor
- Free energy of solids & Einstein crystal
- Cooper pairs - 2nd quantization
- Ti50C50 and TiC
- k-space and Brillouin zone
- atoms, molecule, electron spin and magnetic media
- Relation between conductivity and permittivity
- superconductors
- Wigner-Seitz = Brillouin Zone?
- Resonant and Non Resonant Susceptibility
- simple BCS theory: question about the internal energy
- supercell
- What are the key atomic structures that make an atom metal or nonmetal?
- matter on it verge of zero energystare
- violation in superconductivity
- Depletion depth in a PIN diode
- ab initio methods molecular polarizability
- question about phonons and conductivity
- electro effective mass
- Do electrons exist within a Cooper Pair?
- The jellium model
- atomic coordinates
- Hartree-Fock vs density of charge
- Deriving equation to describe lattice vibrations of a one dimensional crystal
- Laser cooling
- Metallic glass and its electrical resistivity
- Laser flash method
- AFM indentation - force constant
- Smearing
- need help connecting the dots
- DFT vs Van de Waals
- magnetoabrasive?
- Magnetic moment
- Distance b/w two miller planes
- need help with xrd T_T
- Temperature related fermi-levels
- Question about nuclear magnetic resonance experiment
- cesius-133 atom ?!
- reviews about parametric down conversion
- pn junction in solar cell case
- Coupling matrix elements
- Fine structure of spectral lines
- Graphene Introduction
- Calculating barrier height
- Writing Electronic Structure Code
- 1D chain with loads of disorder
- meissner effect/energy
- continuously imaging with AFM
- Manipulation of Matter
- base-emitter in a solar cell
- is the density of a bec larger or smaller than the air?
- atom self capacitance
- Tungsten Zirconium Nitrate
- Photon Emission
- Effective Masses in Silicon
- Why do photons repel one another?
- Clueless about Reciprocal Lattice!
- Acid-Carbonate reaction
- effective mass in graphene
- Semi-core bands
- Smart Polymers
- Valence band of Iron
- % at. concentration unit???
- semiconductors
- MOS C-V diagram
- carbon-alumin interaction
- Surface Energy...
- Shear deformation of diamond cubic lattice
- Temperature vs phonon
- dangling bonds
- The color of objects
- Haynes Shockley/Origin Pro
- Doppler broaddening of sodium
- icosahedral quasi-crystals
- please, will you explain the nature of spectral lines
- Ground state energies
- Query about Sublimation
- How to calculate or where to get atomic spectral data.
- What makes semiconductor indirect or direct?
- Problem plotting Kronig Penney Model dispersion curves
- one dimensional quantum wire
- plotting pseudopotential
- Characteristic X rays?
- Question about Rydberg equation and molecular orbital
- Fermionic Condensates
- nonlinear parabolic equations: finite difference method
- A Simple Question about Diffusion and ion speed
- Interaction of THz radiation with matter
- Rise of electromagnetism
- Solidification of H2O due to pressure
- Building blocks of the conduction and valence band
- quantum confinement effect on ionic properties
- p-d Coupling in II-VI SC
- Can electrons deposit on a dielectric?
- thermal dependence of PL measurements:quasi-fermi levels
- stable orbitals/absorption spectrum
- polarization dependace of semiconductor optical amplifier (SOA)
- energy levels of helium/equation
- heterostructure?
- What does a BEC look like?
- Absorption of photons with less energy than the band gap
- Does anti-matter exist?
- data analysis
- Conserved charge
- Non Zeeman spectrum broadening in magnetic field
- atom emitting more than one frequency at the same time
- Atomic shell and orbital
- Spin Liquid
- high symmetry points
- Second-order coherence g2(t) of collision-broadened light and LEDs
- high index planes
- chemical attack of amorphous carbon
- Ferroelectrics
- How to get the semiconductor alloys parameters?
- no idea?
- Zeeman effect
- Crystal Interactions
- Urbach energy
- How can one measure density of states?
- how to make graphene using tape... really
- Optical spectroscopy software
- XPS spectroscopy
- Surface Energy of Miller Index Cross Sections
- Good review of point contacts in 2DEG?
- metallic hydrogen
- Backgate Field Effect Transistor
- Isn't vacuum the best insulator?
- soft condense matter & quantum mechanics
- wave functions and magnetic fields
- Dielectric function and JDOS
- Electron Affinity descripton.
- advantages of four probe method
- 1 monolayer means how long?
- Laue method for determining orientation...
- alumina membrane
- fermi velocity in a non-degenerate semiconductor
- Quartz
- what are the essential Prerequisites for doing AMO?
- solid mater?
- atom ground state common?
- Forward biased diode
- ESCA and XES/XAS difference?
- Why do you need low amplitude oscillation in SNOM?
- What is the formation energy of a defect? What does it mean in physics?
- relative occupied volume
- the difference of bulk and young modulus
- strain of material w. (111) orientation is asymmetric about center point? Why??
- Strain Components
- how can one define vortex on a lattice
- a question on oxygen electron binding energies
- NN binding in state representation
- 2-band, 3-band, 6-band Hamiltonian
- Damping in Duffing driven-anharmonic oscillator
- Measuring atom positions in a crystal
- Diffraction condition
- Predicting Vibrational Shifts
- Checkerboard decomposition???
- bitter decoration
- Atomic Spacing for Iron
- Stuck deriving the Hylleraas variational method
- Shifting from IR to visible spectrum - Help pls!
- Reciprocal Lattice Proof
- constructing orthogonal orbitals from atomic orbitals
- Polymer modelling
- about the spin-orbit coupling in atoms
- Plasmon Physics
- Why does zero viscosity allow superfluids to climb?
- Zero field cooling (ZFC) and (field cooling) FC definition
- Shear modulus as a funtion of temperature...
- Ionic Bonds and ionic Crystals
- Where do phonons go?
- Torsion of metal rectangular strip
- "Transistor Action"
- Losing Valence Electrons
- Refractive index of gold? (& negative refractive index, + surface plasmon resonance?)
- How to generate configuration of a rough interface with small alloy disorder?
- wannier-stark state calculation
- Bragg condition ambiguity
- How to control the electron occupation numbers separately in multi-quantum dots?
- dissociation of Helium atoms at different temperatures
- Spontaneous vs. Stimulated emmision
- Could a black hole possibly be a giant atom?
- What is the physical or statistical meaning of this integral
- Fermi sphere
- Cooper pair in a box
- Best way to easily make positive ions?
- Surface treatment of glass substrate for spin-coating (ZnO nanoparticles)
- Structure of CaH2
- Biphonon process
- Vacuum Rabi splitting
- Water OH bond length
- Ohmic contacts
- what is the meaning of dressed molecule
- cohesive, binding, atomization, ionization energy
- Triplet vs. Singlet diatomic molecules: Why the energy difference?
- DFT and Graphene
- Nuclear Modification of Molten Metals via Electromagnetic Fields
- Bragg "diffraction" or "reflection"
- antisymmetric wavefunction
- Fock space tracing techniques
- liquid superconductor?
- charge decay
- Superconductivity
- Nearly free electron & tight binding appoximation
- Photoinduced Absorption help
- What holds a cooper pair together?
- Magnetic fields and superconductors
- Fermi velocity
- charge analysis by projecting the density of states on orbitals of atoms
- where find K-points data of unit cell or laatice structure?
- Good video on superconductivity by Dr. Kaku
- Why doesn't it just flip over
- Ramsey fringes and the atomic clock
- This video helped me understand things a lot
- I have part of it figured out
- potential and distribution in molecular dynamics
- Broyden-Fletcher-Goldfarb-Shanno (BFGS)
- Search for Ultra High Superconductivity (1200K)
- Electron Concentration
- Fictitious hydrogen
- Freezing temperature of a spin-glass
- He I, He II and He III questions...
- DFPT: dielectric tensor
- about ising model
- Details of Millsian program
- Atomic Volume Question
- Microwave/Rotational Spectroscopy
- Pauli paramagnetism - signs are driving me crazy
- Signal Propagation
- Critical field/temperature plots for HTSCs
- Band Diagram of a Metal-Semiconductor Contact
- Landauer formula in 1D
- Looking for comparison of superconductors
- Delat energy required to excite hole from lowest energy orbit to valence band?
- space group notation and related point groups
- exchange-correlation hole
- Chemical Potential
- Proton vs. hydrogen nucleus
- H and He atomic radius
- Strange behavior of 3d level of Helium
- Gaussian pulse equation in Laser?
- optical dipole trap for bec
- Frequency of Virbration in Covalent Bonds
- Diodes at super low temperatures...
- umklapp scattering
- Molecular Orbitals
- Does emission depend linearly on concentration?
- Fluorescence
- Help with magnetism- hall probes- difference between 3 types -URGENT
- acoustic phonon as a goldstone mode
- Phonon Practice Problems
- Electrons in graphene
- Laser question (non-molecular, bi-molecular and auger recombination)
- Diamonds
- Are conduction electrons localized in space?
- How to calculate the basis function energy from DFT programs?
- Finite Differences in Inhomogeneous Media
- What is the Solid-state NMR(nuclear magnetic resonance) development?
- Partition function
- Question on Molecular dynamics programming
- Asking to make sure I understand: Valence bond vs. Molecular Orbital theory.
- formation of band gap
- Nonlinear core-shell model describing structural phase transformations in perovskites
- Excited state to ground state
- Rutherford atom model
- How did Rutherford know??
- Angle Resolved Photoemission
- Can water be compressed so much that it freezes?
- Azimuthal direction vector notation
- Mass defect of a nucleus
- Reference for photoluminescence data?
- what does a high Debye temperature signify?
- Twin Grain Boundary and Symmetric Tilt Grain boundary.
- Are BECs superfluid or vice versa or what?
- bose einstein fermi dirac
- how to find out the effective cross area of a molecule in a monolayer film?
- diploe vector
- Superfluids and friction
- fermi energy
- how to distribute molecules to states using C++
- braggs law: lattice constant
- Poisson Equation
- Bloch functions in Kronig-Penney model
- dielectric tensor
- metal and nonmetal difference
- Superconductivity
- supercurrent
- superfluid/superviscous
- Diffusion path
- About Anharmonic Oscillator
- LDR: Why is conductance proportional to log(intensity)?
- chemical potential-fictitious atoms
- Questions about atoms
- Band Gap in a Square Quantum Well
- Spectroscopic Instrument?
- Bragg's law modification
- Ultra-Dense Deuterium
- Effective mass of electrons in metals
- Error in bandgap measurements of n-type Ge
- Glass transparence
- phonon/momentum/rest mass
- Lattice Boltzmann
- Phonon Calculation using CASTEP
- how to calculate the dielectric constant of an media from its microscopic structure?
- super lattice
- how to calculate???
- A question on Fermi free gas model
- quick plasmon question
- How to obtain band-offset from DOS?
- Ag diffusion through SiC
- Plz Help: How to calculate magnetization in SSE method??
- NMR - nutation frequency
- transition amplitudes between hyperfine levels
- Band gaps between metals and insulators
- why Rb85 is difficult to bose-condense?
- Semiconductor lasers
- Reflectivity of metals and elements
- A simple model of a transistor/LED/photodiode
- Saturation Spectroscopy help
- Mexican hat potential around spin site (TOPIC: spin models)
- What aspects of atom are discrete?
- Point contact diode
- Ldos-pdos
- Chemical Equillibrium --- Isotopes
- Detection of a vortex in a BEC
- Wanted: Band Offsets for Quantum Wells
- How indirect band semiconductors are used in lasers ?
- relative permittivity of vacuum aluminum interface?
- Positive charge atomic form-factor
- transfer matrix
- Wave of phase change (MOVIE: Hot ice how-to)
- about the light shifts of all the gound state levels
- Photon absorption
- Structure of C2H4
- Laser that can burn
- Rival to Graphene?
- Ginzberg-Landau and the Cooper Pair
- Solid State in tight binding approximation, Brillouin zone, Fermi...
- Electron position in transparent materials and bit more
- LED photodetector IV curves
- diffusive versus propagating soft phonon modes
- Speed of sound in metals.
- how to calculate the gap for a solid?
- enhanced electron spin lifetime
- X-ray diffraction questions
- atomic absorption spectroscopy
- effective mass/superfluid
- carbon Raman spectrum fit
- Toshiba claims germanium breakthrough for 16nm chips (article title)
- Ladder approximation
- help me find it out:)
- superfluidity and BEC
- Carbon-Carbon Bond Energies: Primary vs. Tertiary Carbon
- first principle calculation of lattice structures
- Symmetry Points in a Generic Crystal
- graphene
- self consistent solution
- COMSOL band structure of photonic crystal waveguide
- The meaning of the sign of the wavefunction in electronic structure
- Bloch's theorem for finite systems ?
- solid state reaction
- what is an inverted metal?
- XRD data: particle size, cell size etc
- Question about cooling.
- Punch-through (MOSFET)
- Deriving electrical conduction in 2d crystal
- Neutron Binding
- reduced zone scheme
- What is hard-core boson?
- NMR Spin-evolution simulations
- Experimental dispersion relation of phonons
- How to distinguish different phonon branches?
- Thermal populations of atomic energy eigenstates
- A Question About Grover's Algorithm (Quantum Computing)
- "Elementary excitations" VS. "Quasiparticles"
- pre-edge structure
- Electric polarizability from Dielectric constant?
- Rapid passage in low pressure spectroscopy with quantum cascade laser.
- Electron number density of the earth
- Solve this
- does transfer matrix allows a similarity transformation?
- Poster in solid state physics
- madelung constant
- why k in E(k) diagram continuous?
- Cancelation of electron orbital angular momentum
- Critical exponents for the Heisenberg AFM spin-1/2 chain
- LAttice
- Stirling's approximation in Fermi Statistics derivation
- Josephson Junctions
- BCS theory
- How about AlO?
- Doping
- small polaron mobility
- Scherrer XRD Shape factors
- respected forum
- Cross Section Question
- XRD: incoming beam coherent?
- Nuclear magnetic resonance T1 relaxation time definition
- Optical transition rate for quantum wells
- how to compare two similar structures?
- Exchange interaction in solid state physics
- Numerical evaluation of Sommerfeld Integral
- Strange engine
- Multiple Photon Absorption Question
- a.u.
- electric dipole transition between hyperfine levels of the ground state
- Electron Phonon Interaction Potential
- Orthogonality of Matsubara Plane Waves
- X-ray tube and photon energy question?
- why CuNi have decreasing resistivity with increasing temperature? (quick ans needed)
- Basic cubic centered lattice
- Strongly interacting vs Weakly interacting particles
- covalend bond formation
- how to establish the hamiltonian matrix as soon as possible?
- exchange coupling mechanism
- How does disorder change superconductor's Tc?
- protons and electrons
- Decaying isotope in BEC?
- Sputter deposition: Difference between "sputter up" and "sputter down" configurations
- why lanczos algorithm is useful for finding the ground state energy?
- Madelung constant
- determining k-points or citical points of NaCl
- Photoemission
- Miller's indices
- Complex dielectric constant implies absorption?
- X Ray diffraction
- Spin magnetic moment diffusion length in NMR
- Critical density of water - phase transitions
- Molecular orbitals.... don't get it
- what is mass defect?
- MWCNT water vapor amount question
- symmetry in 2-D square lattice
- Spontaneous atomic disintegration.
- Bsee
- Bragg's law
- Range of Nordheim parameter y
- X-ray Diffraction
- Is a Pseudo-Wavefunction Really a Mixed State?
- Any ideas?!
- Light travel in media
- Can anyone tell me how impurity in superconductors changes the Tc?
- unexpected peaks!
- Xrd
- topology in many particle systems
- Solid State: Crystals
- Doping in semiconductors
- surface recombination velocity
- How to make contour plots for 2D Finite Element problems
- Diffusion Equation with source term
- Detectors for XRD
- from sum to integral
- magnetic materials
- Compton Effect
- cross section
- How could the Oxygen atom be multiply ionized and excited to at least it's 4th level?
- dispersion curves
- Doping doubt....
- confusion in bose statistics
- Band Gap in Insulators
- Fractional quantum Hall effect, Anyon, Sundance Bilson-Thoompson
- magnetic moment
- Question on excitation energy?
- Question about electrons and nuclei
- thickness of a thin film-xrd
- Tiablikov Green functions
- Question on band symmetry
- Stabilization of half-filled and fully-filled orbitals
- Net Magnetic Moment on Typical Ferromagnets
- Conversion of EDX linescans to concentration
- Atom Excitation: Absorption Peaks or short wavelengths?
- Induced electron resonance?
- Cross section of the photodissociation of CH
- electron phonon interaction hamiltonian problem
- Looking for an article about MRI
- Vibrational Entropy
- XRD nano-hydroxyapatite
- Carbon nanotube transmission
- Phonon momentum
- Photon Absorption wavelength(s) to aid ionization?
- Conductivity & Atomic Packing Factor
- Ionization order of an atom?
- Semi-Infinite DFT Software
- Arpes
- Energy/Velocity of a free electron?
- Structure Factor for non-Integer miller indices
- Two questions on solid state physics
- Matsubara frequency convergency factor
- Number of states in a band
- Kohn anomaly
- Oxygen energy levels and resonant wavelengths?
- SEXAFS analysis
- How is 3D d-wave superconductivity band?
- Bloch theorem?
- Wen bosonic lattice model, chiral interactions, noncommutative space
- Software for drawing crystal structures
- Hot Ice
- Fullerenes as Ion Propellants
- Emission and Absorption bands?
- 128 Quantum System D-Wave System on arxiv.org
- How to describe solid state
- Electron velocity and impact ionization?
- Photoexcitation stages of an atom?
- Band Theory of Solids
- exciton
- Bonding force of an optical electron and the nucleus of ion Cr3+
- the meaning of temperature in nano particles
- Heisenberg feromagnet
- Kane energy of semiconductors
- The affect of low-temp on x-ray spectra
- Theoretical solid state physics
- Q about State of Hydrogen Atoms
- BCS theory
- dynamical matrix calculation
- Is this approximation OK?
- Principle operation of Atomic Force Microscope
- Creating plasma in nitrogen
- Symmetry of SBZ
- LAMMPS simulation
- What in higher temperatures?
- Meisner effect. confused...
- Conductors and valence bands
- Hamiltonian of BCS theory
- Depletion region in pn juction
- Raman Spectrometer
- Bogoliubov superfluidity Hamiltonian
- Superfluidity
- Nuclear Magnetic Resonance (NMR) Explanation
- Valence electrons
- Photonic crystal fundamentals
- Drude and Sommerfeld theory
- angle dependent incident in PhC
- xrd- thickness of sample?how?
- Gilbert Damping Ratio in Ferromagnets
- Effect of a magnetic field on the physical size of a paramagnetic molecule
- Computational Phy. Methods and Sim. (question)
- quantum ratchet on a quantum wire
- Analyse XRD Data
- Metropolis-Monte Carlo Algorithm
- Bhor theory
- VASP versus ABINIT for parallel calculations
- Curie and Néel Point
- Bogoliubov deGennes Equation
- projection the Brillouin zone of FCC into real space
- surface plasmons not exist for transverse polarisation?
- def'n: magnetic ordering wave vectors
- Which laser is most powerful?
- Thermal resistance of solids
- stimulated emission
- Background Radiations
- PIMD software comparison.
- Reciprocal lattice
- Doping of semiconductors
- What are two molecular states ?
- States counting of many particales under a constraint
- 8 band k.p model
- Chemical Potential & Fermi Energy
- Sonication Question
- Lattice Vibrations and em waves
- Electron spin in NMR
- Symmetry elements and reciprocal lattices.
- What causes the peakes
- Questions regarding Image Charge & Brillouion zone
- Diamond Synthesis HTHP Requirements
- Exited states configuration
- Ferrimagnetic to paramagnetic transition??????
- k.p theory and bandstructure calculations
- landau fluid mechanics- mathematical passage
- Density of States
- About Davydov splitting
- monoatomic elements
- Transmission spectrum and DOS
- Proton mobility vs. conductance in ice
- wonder about atom characteristic
- Absorption spectrum of water ice, infrared
- fermi level simple explanation
- temperature dependence on intrinsic carrier concentration
- antibonding MO do they exist in reality?
- How to lower melting point of solids (TiO2)?
- Perturbative Treatment on Diatomic Hydrogen Molecule
- Can diamond have a liquid state?
- Young's Modulus - what is it?
- Band theory of Conduction, what constititue resistance?
- low energy electron diffraction
- Effects gravity have on Superconductors
- Brillouin zones and energy bands
- energy density expression of a Gaussian pulse
- bloch oscillator
- DOS of metallic CNTs
- How to differentiate conductors and semiconductors?
- Semiconductor and p-n junction questions
- Momentum Relaxation Time
- Need material on anisotropic conductivity
- Current in p-n junction
- Explaining electrical resistivity behaviour from phonon perspective
- potientials in npn transistor
- The form of wavefunctions in nearly-free-electron model
- Measuring the Boltmann constant by the IV curve of a diode
- Effective mass of a charge carrier
- The differences in zero-point energy between isotopes
- A loophole in Kubo formula
- Transistor AMPLifier HelP !!!!
- ZENER BREAKDOWN has caused me a breakdown
- Voltage drop in diode
- Fermionic Condensate
- Relaxation time approximation
- Interatomic forces in an ensemble via vector analysis
- Energy required for creation of photoelectron
- Need help finding References for Paramagnetism and Superparamagnetism
- The probability function of electrons occupying the donor state
- Phonon replica
- Ising model
- Ionization vs. photo-generation - what is the difference?
- Local field at an atom
- Topics in Solid State
- Energy of 3D free electron gas.
- Helium 3 and Artificial Creation of Isotopes
- Coloring SEM and TEM images
- metal's plasmon frequency
- Smallest unit of matter
- De Haas-van Alphen effect in a 2d lattice
- My first post :) Nuke´nuts
- drawing the short straw
- LLG Equation + Spin Torque, A simple derivation
- difference b/w excited state and metastable excited sate?
- interplanar spacing d using braggs law
- Interesting question about Screening in a metal
- band structure and fermi liquid
- Autoionizing states and resonances
- d-dimensional density of states and specific heats (phonons and electrons)
- Tight-binding Hamiltonian
- Questions on STM
- Rubin laser - problem
- Need Help In Finding An Advanced Atomic Informational Library.
- Methods for determination of structure of solid?
- Drift speed of electrons and holes in semiconductors
- Boundaries of magnetic Brillouin zones
- broken symmetry, superconductivity and all that
- KKR method
- Rotational spectrum - equidistance
- Does the superconductivity-Meissner effect break electromagnetic symmetry?
- current limitation through multijunction solar cell
- Trying to understand quantum-mechanical conduction
- Superconductivity: difference between s-wave and d-wave
- The micron flat of a cathode.
- Phonon
- piezoelectricity-charge transport
- What actually are electron holes???
- Thermal expansion (anharmonic effect)
- Metals with what type of crystal lattice less prone to brittle fracture?
- tail correction for crystals.
- Laser: CW-oscillation in a 3-level laser
- justification of Molecular Dynamics (MD)!
- Crystals Of Inert Gases
- How to calculate lattice parameters?
- Energy spectrum from dispersion relation E(k)
- material with net angular momentum (not just a magnet)
- How are emission spectra of gases affected by being in water?
- Photoluminescence vs Absorption
- Difference between 1D lattice and 2D lattice on BEC
- Ising Model & Wolff's algorithm in FORTRAN
- Orientation of LCD polar molecules
- Excitons
- Partition Function for Phonons
- rhombohedral primitive cell on FCC
- Simulating CO2 as a flexible molecule impossible? (MD)
- Golden Ratio found
- XRD peaks of silicon
- Main Applications of ARPES today?
- Energy Bands and Brillouin Zones
- Quantum Chemistry - bonding
- difference
- Hall effect
- fine structure effects
- Coulomb's Explosion
- Why laser light is coherent
- fermi momentum
- what's the recoil energy in optical lattice?
- Free electron model,
- phonon self energy
- Laser: Second harmonic generation
- the production of x-rays
- software to compute thermodynamic functions
- Spin-orbit Hamiltonian in tight-binding
- Effect of Compression on Fermi Energy.
- BeerLambert law
- effect of electric field on water
- crystal field effect on level splitting
- Fermi_level
- p-n junction breakdown
- capacitance of a forward biased diode
- conduction band and antibonding orbitals
- Strain Tensor Component
- Parabolic, hyperbolic or elliptical molecules
- spin temperature
- Large Static E Field, Dielectric Break Down, Quantum View
- Hamiltonian of a metal lattice
- Vanishing fermi level and cut off value in self energy
- What happens when a co2 molecule absorbs an infra red photon?
- Fermi Dirac distribution function
- Help in molecule theroy
- Metal-Semiconductor Junction
- Metal-(semi)Metal junctions
- spin orientation by optical technique
- lithium gas ?
- proof that the "n" brillouin zones are of equal areas?
- Band gap - violation of principle of least energy?
- Wave eqtion of electron in a periodic potential
- elastic deformation of a solid body & heat
- how to experimentally determine whether have adirect or indirect semiconductor?
- How do I calculate vibrational zero point energy from a plot of heat capacity vs T
- Modelling Crystal Twins
- space groups derivation (Schoenflies)
- Bond Stress and Absorption Spectrum
- Electrostriction
- A paradox about Drift Velocity
- VASP versus quantum ESPRESSO
- what does He-Like or Ni-Like mean?
- Help finding electric field for phonon emission.
- Graph of potential energy versus internucleon distance in an atom
- Program to calculate nearest next neighbours in graphene
- Bloch state wave vector
- Energy Bands: Kronig-Penney Model
- landau quantization and magnetic translation
- how to calculate the band structure?
- topological insulators
- N2 band structure
- Lennard Jones- reduced units
- what is off resonance rapi frequency?
- Adsorption Isotherms via Monte-Carlo-Simulations
- thin film asymmetrical grazing angle XRD
- Principle of Least Action in a Semiconductor
- elastic modulii relation for a sphere
- Calculating ratio c/a as 1.633 in HCP?
- pn product
- demonstrating the stark effect in the lab
- Covalent bonding rules
- Longitudinal resistivity in the Quantum Hall Effect
- The effect of a Bose-Einstein Condensate on light
- Critical exponents of quantum Heisenberg model
- Executing commands in Quantum Espresso(QE)
- Greens functions and density of states
- Is metallic hydrogen superconductive at 273k
- Atomic clock
- Brillouin zone of B1 lattice
- how are very low temperatures(-180k) measured?
- Nonlinear gain in a SHG crystal
- Volume of a Wigner Sietz cell
- Tensor Strains
- executing pw.x in PWSCF for quantum espresso
- how to determine the sign of the scattering length?
- Symmetries and degeneracies
- the heuristic understanding of polarization operator?
- extreme narrowing condition in nmr
- The Physics of a Microprocessor
- Piezoelectric materials
- Incoherent Excitations
- What do we know about Holons and Spinons?
- Phase transitions: from the potential to the dynamical structure factor...?
- Insulators and conductors
- What exactly is a hole?`
- Calculating the absorption coefficient from little information
- Question about Optical Depth
- Calculating the Schmid factor for an FCC single crystal
- Hydrogen Ground State Energies - Question
- crystallographic constants in graphene
- Hyperfine Transition Levels
- Electronic properties of graphene
- Atomic state - convention
- difference between hole and +ve ion?
- Fermi Surface & Band Diagram Relationship?
- Thermopower Wave: Nanotube Electron Entrainment
- Fe and paramagnetic/diamagnetic
- Random arrangment of graphite
- Cryogenic electron emission phenomenon has no known physics explanation, Physics.org
- Troubleshooting STM (scanning tunneling microscopy)?
- Determine the density of states of semiconductors
- Electron diffraction
- Merging of overlapped XPS spectra with CASA ( tech. Help needed )
- A question about Intensities and Spectrometers.
- whats the difference between a vacancy and a hole in semiconductor physics?
- Interpretation of the Debye length
- Eigenvalues and density of states
- Does a phonon have a location?
- Why don't solids fuse spontaneously?
- Qs: How "Group" and "Period" affect semiconductors
- Absolute intensity
- Absorption curve of gold thin film
- Tight-binding model
- Hund's 2nd Rule....How to determine L?
- Coherent population trapping
- Relaxation time approximation
- Fermi level
- Kronig Penney Model
- How do free electrons impact reflectivity
- Resistivity of Permalloy thin films
- Absorption coefficient
- P-wave superconductivity
- Volume of unit cell
- Impurities effects in Type II SCs
- Surface Plasmons ???
- Band structure simulation using Snider program
- Optical Depth
- Tigh-Binding approach for disordered system
- Particle interference
- Modeling the Absorbtion of Silver-doped glass
- Thermionic Emission Question
- Matrices of simple face and cubic centered cubic lattice
- Diamond Structre Crystallography Questions
- the alloy
- Spin Band and HMF
- Location of Fermi level in semiconductors
- behaviour of hydrogen in an electric field....
- Atomic Spectroscopic Notation
- velocity distribution of atoms releasing from a surface
- Mossbauer Spectroscopy, velocity conversion
- Lindhard RPA Dielectric Function Electron Gas
- Fraction of electrons within kT of fermi energy?
- Numericals Analysis and Physics
- Potential and impurities
- can we get the R-matrix procedure to calculate the free-free transition freely?
- What is the nature of the origin of reciprocal space, please?
- Potential energy vs. fermi level in metal-metal junction under applied field
- Alignment of two Density of States obtained from the Kohn-Sham eigenvalues in DFT
- Fermi Energy and Electrons
- Tight binding in cubic crystals
- wavelength of sodium light
- Confused: Doping and Depletion Zone
- relationship interatomic spacing or interplanar spacing and grain size
- what is the debye temperature?
- Question about Intensity?
- Superconductors
- Neutral atom
- Probability of specular reflection in Fuchs theory for copper
- MD simulation of crystal oriented along 110, 111 planes
- Density of states for non-interacting systems
- Photon reflection from a metal surface
- Density of states
- Hole Carrier density quantum well
- electron and hole fermi surface-what does it mean?
- Good software for analyzing STM images?
- Nomenclature of high symmetry points in the bandstructure
- insulators and dielectrics
- antiferromagnetic spin waves
- Matter mechanics: Ideal & observed stress
- Vibrational Partition Function
- Unipolar approximation
- electron cloud
- Longitudinal MOKE for Ferromagnet
- Quantum confined stark effect
- Positron lifetime calculations on ABINIT
- Group velocity and Dispersion Relation
- orbital shape
- p-type concentration T dependence
- lamp, p-n, nanotubes transistors
- Velocity of pair current
- Fermi Level
- Physical origin of different phase velocities.
- Fractional Quantum Hall Effect
- What are the ripples in STM images?
- Dynamic light scattering and coherence of light
- Packing fraction for multi-atom basis
- FTIR resolution...
- Incompressible strips and edge states?
- Fullerene
- The Constraint Based Statistics --- Beyond the Entropy Based Statistical Mechanics
- density of state from raman spectra
- Spin orbit interaction and LS coupling
- Bulk density vs density
- Diffrence between Normal mode and phonons
- Raman Spectroscopy question
- Ar ion on glass
- photonic crystals
- Stark effect experiment
- Instability of Fermi surface
- Opening up of spin gap
- Surface Plasmons
- why not indirect band gap for led
- Help: The thermal expansion coefficient of spring.
- random matrix theory
- BCS Hamiltonian
- Spin nematic
- Topological objects
- Notation for semiconductor alloy
- Linewidth
- Anderson impurity model
- siminar about ESR .
- what is the light spot in these picture ?
- Lasers
- WCFSGS'S Version: Generalized Second Law of Thermal Dynamics
- Group velocity of wavepacket
- Fourier Transform of correlation functions
- Diamagnetism
- Fermi Energy & Optical Transitions
- Particle interference and DOS
- Plasma Spectroscopy, H.Griem
- Collective modes and restoration of gauge invariance in superconductivity
- zero chemical potential
- Why do we not consider vector potential induced by a local moment?
- Fermi energy and quasi-Fermi energies in pn-junctions
- correlation function
- What is the name of this q-state potts-like model?
- From phonon dispersion to density of state
- Phonon dispersion relation : meaning of mode crossings
- Fermi Dirac / Maxwell Boltzmann Statistics, electron in metal at room temperature.
- Atomic Paramagnetism
- Stimulate emmission
- Magnetic field due to nuclear spin
- Superconductors and Fermi surfaces
- Crystal system - singony
- crystals, monocrystals...
- Significance of delta in oxygen component of superconductors
- what is meant by higher order laue zones?
- Bose-einstein condensates-light stoppers?
- Single barrier with impurity as a 1D resonant tunneling model
- Selection Rules
- why a pair is exciton?
- van der waals complexes
- MOS transistor with various oxide sharp
- Superconductors and quasiparticles
- trimolecular system (normal modes)
- Termoelectric emission
- Non-Linear Water Waves
- Measuring conductivity of a semiconductor
- Bose Einstein condensate on subatomic particles
- any good references on EIT?
- A mathematically rigorous treatment of adiabatic processes?
- How to get / present the results for XRD and XRF
- Diffraction in crystals
- Emissivity vs. volume emission coefficient
- Phys Chems - Request for help with LIF experiment
- Born appoximation
- Photon radius
- Traceless compression ?
- what is the rotation matrix and R the Euler?
- Van Der Waals Cretical Points
- Example for a quantum anomaly from solid state phys?
- Why is E3 zero for cubic symmetry?
- Laser Induced Breakdown Spectroscopy
- Gamma ray detection
- Einstein solid?
- spin dependent work function
- Scanning Tunneling Microscopy
- Energized Electrons in Chemical Bonding
- Super continuum pulse compression
- about the interaction of light and solid matter
- Doped semiconductors
- Question about absorption?
- Technique to identify amorphous phases
- Quantum hall effect and disorder
- Cooper pairs and BCS
- d-wave superconductors
- experimental determination of ground state configuration
- Strange problem with Direct Simulation Monte Carlo
- Impurity doping
- Transmittance, Reflectivity and Band gap
- Overlap of Orbitals
- Molecular Dynamics simulation of Zirconium
- Radial distribution function -- weird result
- Wave solution of nucleus alongwith that of electrons required
- Negative effect mass
- X-ray structure analysis question
- Ising model simulator on curved surfaces
- how we can prove boltzman constant?
- How does antiferromagnetism occur?
- Lda
- Computation of the subbands of a nanowire using KP theory: spurious solutions
- what makes a semiconducting material a semiconductor?
- London Moment configuration
- How to tune pulse width of excimer laser?
- imaginary part of dielectric constant.
- Superconductors
- Brillouin zone: reciprocal lattice
- Identify Burgers Vector of Partial Dislocation
- superconductivity and electron pair
- Surface plasmon coupling
- band gaps
- BCS theory by canonical transformation
- Why isn't Beryllium a noble gas?
- hydrogen spectroscopy
- Relative temperatures during freezing of Water
- shifting atomic spectrum
- X-ray diffraction
- Central charge of conformally invariant chain
- Superconductor
- Rutherford Formula
- Generating orbital files with TURBOMOLE
- Electrical properties of Superfluid helium
- Interacting Spins , Heisenberg Hamiltonian , Tensor product
- Reciprocal lattice
- About water incompressibility
- XRR Simply Explained?
- Radiation pattern of an atom
- How can the angular momentum conservation law be satisfied?
- The absorption of a linearly polarized photon.
- Selection Rules for EM Dipole Radiation
- I need a copy of Andreev & Lifshitz supersolid paper...
- Simulating flow with Direct Simulation Monte Carlo
- XRD/XRR v. AFM for Film Thickness
- Fourier Maps from Fullprof Rietveld Refinement
- thermal generation
- transition states of electron in atom
- sp3d5s* full band simulation
- How can a compound said to be glass?
- Electron Configuration
- Some questions on superconductors
- projects on monte carlo simulations
- Solar Cells in Forward/Reverse Bias?
- Thermal to electric conversion with diodes
- What goes on in a semiconductor.
- Calculate dielectric function from n and k
- Zero Resistivity in superconductors
- Do you think its possible...........
- Reverse saturation current in silicon or germanium diodes and bandgap
- E versus K diagrams
- Density of states (DOS) for bilayer graphene under the effect of an electric field
- Help for supercell, Bloch function
- phonon mode
- Are blocks (billets) of metal crystals?
- XPS.photon-in vs electron-in
- Alpha particle trajectories from Li disintegration
- Angle between H in H2O
- Why don't electrons in the same orbital repel
- Fermi-Dirac statistics at the Fermi level
- Diffusion length
- Room temperature positive magnetoresistance
- about the kp method...
- About the definition of fidelity in a mixed state. in terms of density matrix?
- Bohr's model applied to Wannier exciton in indirect gap semiconductors
- TGA/DSC measurements
- absorption coefficient for QD
- Magnitude of the electric dipole moment in semiconductors
- Ground state properties of Hubbard model
- Origin of Attractive Electron Interaction
- Gigantic Pseudo-Magnetism
- one dimensional stress,strain,deflection analysis
- Electrical Thermal conductivity
- Superconductor
- Equilibrium average values
- free electron model
- quasicrystals forming fractal patterns
- Hall Effect in a Semiconductor
- What does "spin degrees of freedom" mean?
- What is n+, p+, p doping?
- X - rays
- Stark Effect
- Brillouin zone K point
- Raman spectrum, Graphene
- Fresnel Equations - Equal Entry/Exit Reflection
- Codes for constructing matrix of Hamiltonion of 2D square Tight-bonding model
- Stochastic Differential Equations
- Where can I find energy level diagrams of MO???
- elastic property
- Is the topological insulators a result of boundary conditions with SO coupling ?
- Nonlinear Optics
- Division of the Brillouin zone
- Scattering
- Equilibrium question
- hyperpolarizability tensor
- Superconducting d-wave dispersion
- reflection and absorbtion
- Pointers to start understanding topological insulators
- Hyperpolarizability
- effective mass
- exp(i k.r) ~ A travelling wave ??
- Surface Symmetry of (1x1) SBZ
- plane-wave molecular integrals
- Calculation of Isotop lifetimes
- quick noob ques: Si-SiO2 interface
- Light Illumination effect on metal conductivity
- Is Silicene the New Graphene? (Atom-Thick Silicon)
- Supercell Tight Binding Help
- Impedance spectrscopy
- Nano science
- Nonlinear optics waveform
- Why the term "diffraction" in XRD
- Resolution measurement for sem
- Why is a boron doped diamond xtal blue ???
- Traverse the brillouin zone
- Coordination number in triangular lattice
- Potential energy separation curve
- Josephson's Effect
- first brillouin zone construction
- graphene nanoribbon
- ionization stage distribution
- MOSFET channel formation
- Atom position (coordinates) from symmetry
- n-n junction
- comp. GS of hubbard hamiltonian
- Electron radius r_s
- Resonance Frequency Of A proton
- Calculating Energy Gap
- Difference In Number of Nuclei with Spin Up and Spin Down
- Calculating Susceptibility
- numbers of electrons on the Fermi surface
- photoelectron spectroscopy
- Supercell tight binding eg
- Gas, Liquids, and solids : Details
- Symmetry of the Bloch Ground State
- The Opposite of Plasma?
- AFM software
- Intrinsic Carrier Concentration (ni) usually calculated? or looked up?
- Worked example of K.p Method
- supercell hamiltonian
- How do photons interact with nuetrons or other uncharged particles?
- Overlap integrals in chemical molecules
- Plot of Ginzburg-Landau parameters
- Theory for modelling luminescence of a ferroelectric crystals
- Gaussian distribution
- Deconvolution IRF from fluorescence decay curves
- Simulating flow with Direct Simulation Monte Carlo(DSMC)
- Do vibrational energy levels decay?
- Jellium Model
- Rashba and SOC Term in Graphene
- Ionized dopants and quasi-fermi level
- Phonons: X-ray inelastic structure factors calculations
- Bias and Non-Bias Sputtering
- Band structure of si by abinit?
- Analysing peaks of Cs137
- Unusual coulomb potential
- free expansion of BEC
- electron affinity definition?
- Tight binding supercell help
- Cause of boson-boson repulsion
- Density, and force
- Evaporation formula
- Fourier of Basis Points (Basis in Reciprocal space) (Convolution Theorem)
- Optical Conductivity
- Ellipsoids of constant electron energy
- Unit cell dimensions of crystal structure
- XRD to determine lattice
- gamma matrices out of pauli matrices - symmetry/group theory
- n- and p-type semicnductors
- Wavelength and Extinction Coefficients
- Help me win a bet
- What is Yoneda peak due to?
- SEM Picture Analysis
- z2 invariant
- x-ray diffraction for 2-D crystal
- How to evaluate the strain-induced change in reciprocal space?
- Fabrication and characterization of hetrojunction:
- Light source at liquid nitrogen temps
- Degree of Ionization in Plasma
- Software to simulate the action of ions on subtance surface
- Tin(alpha)
- What kind of bosons can have Bose-Einstein Condensation?
- Calculation of Magnetic susceptibility
- Linear thermal expansion, theoretical instead of experimental
- Optical Properties of Rust
- Interaction of a phonon with evanescent wave
- Orbital magnetic moment
- Electrons bound to the nucleus/ Bohr hypothosis
- Electron Orbitals motion patterns
- About electrons in a periodic potential
- fermi dirac distribution at T->0
- DFT beginner
- Drude model for PEC
- fermi level
- Molar Mass of Graphene and its strength
- Photon interaction cross section? What?!?
- Why are there only seven crystal systems and not 11
- gaussian basis set in DFT calculation
- research meterial..LBM
- Question about depletion layer
- EM shielding for AFM
- First time posting- M state metals
- Auger Process
- How is the microscopic crystal structure visible?
- Selection rules for Hydrogen
- Charge separation in solar cells
- Atomic motion with K values differing by 2*pi/a
- Status of high temp superconductor theory
- young modulus - rigidity
- Spectroscopic term of ground state electron configuration of Carbon atom
- Atomic Energy level diagram
- Why QFT in condensed matter physics?
- About the quasi-harmonic free energy
- Configuration Interaction
- planes of simple cubic structure and X-ray diffraction experiment
- Optical and Acoustic Phonons?
- Photonic band gaps: Incomplete vs complete
- Proof of Law of mass action
- Does Einsteins coefficient for spontaneous emission depend on energy difference?
- Tight Binding calculation of band structure
- Why are some elements conductors and magnetic, while others are not?
- Transverse and Longitudinal Sound Waves
- quantum espresso
- Debye model of solids
- Calculate dislocation and defect density in molecular dynamics simulation
- backscattered stimulated Raman scatter in an optical fibre?
- Antifferromagnetic
- basic issue for graphene sheet
- Exchange
- Angular momentum of an Atom
- packaged software for alloys, pwscf code (quantum espresso)
- How to make wigner-seitz cell(BCC, FCC)-using paper
- Electrons moving due to a field
- light propagation in air without hitting molecules ?
- Determine the dissociation energy with an electron beam
- Dyson- Maleev representation
- Laser Saturation Intensity
- Optical tweezers question
- about domain theory of ferro magnetism
- Self consistent spin wave theory
- Bonding energy
- Vacancies
- Something in a solid state...
- Fluctuation Terms in Landau Theory
- band theory of solids
- Shape of Molecules
- Help - Anderson localization
- why the crystal momentum k in 2D band structure is defined on a torus?
- Ferromagnetic bandstructur
- eg and t2g from DOS
- What's special about the point group 432?
- HTSC electron attraction
- Fine structure of X-Ray transition
- zero dimensional defects
- heat capacity of an ideal gas
- average voltage Josephson junction
- Powder pattern calculation from single crystal data
- Field effect transistor made of graphene: how does it work?
- moving atoms
- electron and phonon contribution dependence on temperature for heat capacity
- Ion implantation on a target!
- Quantum anomalous hall effect
- Questions about atomic theory
- Why are critical phenomena important in physics?
- Valance and conduction band in solid.
- Is it possible ( term symbols )
- Software to estimate n, k Values of a thin film
- kinectic energy of a three-dimensional fermi gas of N free electrons at absolute zero
- How can light cause atoms to oscillate without being absorbed?
- How to determine band structure (E(k)) of a one dimensional crystal?
- wave length for a bragg diffraction from a incident x-ray.
- Reference Wavelength
- AFM-Semicondutor Project Advice, Please
- D lines of sodium (Z = 11)
- Coupling of angular momenta of many-electron atom
- About Achieving self-consistency in solving KS equation
- Superconductivity by Feynman
- Electronic Bands of a Crystal
- What is the value of the band gap in a good conductor
- Change in Time of Flight for Piezoelectric crystal being pulsed at 2000 hertz
- thermodynamic integration in NPT ensemble
- Why do solids stay hotter longer than other states?
- Why do some molecules separate under extreme heat?
- I don't understand how HCl is not a ionic bond.
- How does atomic structure relate to how well things share energy.
- Hartree-Fock on a single Oxygen atom
- Solidified gases and Bloch functions.
- Tight binding model
- Question on universailty classes
- Pressure for a lattice gas
- de generative semiconductor
- Carbon Nanotube Field Effect Transistor (CNTFET) Biosensor
- Quasi-Liquid Palladium?
- What determines the thickness of depletion region of a given p-n junction diodegiven
- Characteristic X-rays
- Aluminum in UHV
- Rydberg States Exhibiting Quantum Defect?
- indirect/direct semiconductors
- Solid state question
- Semiconductor Electron Affinity
- Calculated Density of states (DOS)
- complex refractive index
- Photonic BEC Created
- Laser Physics: Second Harmonic Generation and Phase Matching
- illuminant vs source of light
- Can a piece of A4 paper reach the moon?
- Superconductivity and Fermi levels
- resistance calculation of odd-shaped plate
- Can Raman Spectrum evaluate by FWHM?
- Definition of nonlinear media
- Vapor Pressure
- Metallic Bond - The Role of 'Free' Electrons in a Metallic Bond
- Benzene
- donors
- does melting deteriorate the crystalline order?
- antiferromagnetic type
- wondering about heavy/light holes & absorption lines in a semiconductor's spectrum?
- Experimentally observed properties of liquid 3He as a superfluid
- New open-shell molecular electronic structure program: What to do with it?
- Does superfluidity imply BEC? (+ other BEC questions)
- Si surface self-diffusion critical condition?
- Identity
- spin deviation operator
- Simple question about KPOINT grids
- Photoinduced Absorption Spetcroscopy
- superconductivity in fullerenes
- Lattice vacancies
- effect of dissociation energy on plasma ions behavior
- Getting higher 2 theta diffraction
- Energy bands
- How to read a band structure !
- two dimensional green function
- Band Structure of Charged Insulator
- Solid state physics problem
- GW approximation in conduction properties of Polymers
- frequency doubling
- How relevant are solvable models such as 2D Ising to real systems?
- Some integral
- Raman Spectroscopy Exposure Time
- Time reversal and herring test
- Hopping Probabilities in Tight Binding Model
- Effective mass of Si in semiconductor physics
- X-ray Cystallography -Calculating Density
- diophantine equation in the integer quantum hall effect
- Do semiconductors have to have a full valence band?
- kittel p.189 [111] ???
- Electronic gradient of Schroedinger Equation
- When you "make" a magnet is PE created?
- Magnetic property of Molecules
- How to calculate the lattice sums of BCC?
- Current CMP Research
- Bogoliubov transformation 3-mode
- Dependence of band gap on pressure
- How to show all Brillouin zones have same volume
- Is this interpretation logical? (Perturbation theory)
- Mobility
- conduction and valence band for metals
- Hartree-fock questions
- relativistic effects at small temperatures
- Atomic radius by dimensional analysis
- Laplace transform of the grand canonical partition function
- Laser Physics: Second Harmonic Generation
- STO3G basis set
- H problem in statistical mechanics
- Holstein Primakoff and Dyson Maleev representation
- Solid state physics and chemistry
- how long is an electron transition ?
- What determines a system to experience crossover or phase transition?
- fe2o3 unit cell structure
- a tight biinding calcualtion of graphene like structure
- Does ionisation energy depend on electronegativity?
- Bogoliubov Theory of weakly interacting Bose gas
- Quantum Fluids & Theory
- Sriram
- electrochoromic materials
- magnetic mass susceptibility (unit problem)
- Physical state of water at 80 degrees C on the upswing or downswing of boiling.
- DC conductance in the presence of a time-dependent electric field
- Are there free electrons in the valence band?
- Hafnia / Zirconia polymorphs as a function of T
- Raman scattering
- Conductivity due to hetogenous oxidation states
- chemical potential
- molecular rotational levels
- What do we mean by "broken symmetries" when referring to superfluid he3 phases?
- ARPES hole life time
- net polarization
- Decay Method and Time of Nucleus
- About the order parameter in antiferromagnetism
- Density of states in a quantum well
- question about "neutral region" in Derivating Shockley equation
- graphane
- Summations
- doubt regarding silicon waffers and silicon diodes
- X-ray absorption by semiconductors
- doubt regarding silicon waffers and silicon diodes
- Neel temperature
- Modified Graphene
- Density of states and Raman spectroscopy
- SAXSess from Anton Paar (Small angle x-ray scattering camera)
- Particle-hole symmetry
- Supercold Semiconductor
- Number of electrons in a surface state
- Tyablikov approximation
- Confusions/Doubts about EMF & charge difference
- Graphene visibility vs. SiO2 thickness
- grain size estimation in glacing angle XRD
- Singlet sharing
- Work function, Activation energy and Ionization potential of Insulators.
- Deposition
- in semiconductors, can phonons create excitons?
- Surface definition in crystals question
- X-Ray diffraction
- Majority Vs Minority Carriers
- why water boils at higher temperature at higher pressure
- why is CO2 liquid less dense than CO2 solid
- Transistor modes
- PN-junction breakdown
- Molecular Electronics - CI Matrix
- Topic suggestions: Spacial coherence in Nanotechnology.
- Determining Uncertainty in XRD
- An easy way to generate the unit cell
- Reflectivity metals at high frequency
- Is this free energy possible ?
- Seeking Table of partition functions
- semiconducor devices Versus conductors
- I am stumped on this one.
- Miller Indices of Simple Cubic Lattice
- What is the difference between space and point groups?
- Help with full CI for atoms
- Plasma outside the visible
- i don't understand photodiodes?
- Neutronium/neutron-degenerate matter: critical mass for stability?
- Trying to understand the Brillouin zone
- calculation of van der waals force between two capped cnt ends
- Bravais latices and crystalographic group
- Semiconductor Carrier Concentration Basics
- Strained PbTe Shows Strong Thermoelectric Properties
- Bose-Einstein condensation
- Looking for particular Diatomic Molecular Constants...
- Ohmic junction in Cat's-whisker detector
- Electron Probability
- Hyperfine Splitting the same as Polarization?
- I'm confused
- Seebeck Coefficient of Iron, Chromel and Alumel
- Semiconductors: charge neutrality
- Electron scattering
- Problem: Cartesian tensor to Spherical Tensor
- RAMAN spectrum of iron exyde !
- Could Molybdenite Replace Silicon?
- Why cant a component of binary solution ever be 100%
- How the x-ray diffractometer caculate the lattice constant or miller indices?
- Dynamics of electron in crystal lattice
- Electron hole pair
- Derivation of the atomic form factor
- Virial Theorem
- Finding Bond Lengths
- Had computational Physics today successfully modelled any reaction in chemistry?
- How far is quantum computing from reality?
- DFT and phase stabily computation
- different DFT approaches
- why metals for nano
- transistors-Why can't a pn junction and np junction in series be a pnp transistor?
- Distinct one-particle states in a metal
- Rf Plasma Simulation for material processing
- metastable deep defect in semiconductors
- U(1) symmetry breaking within the superluid phase
- Imaginary Part of Dielectric function
- Band diagram of pn-junction diode at low temperature
- Energy bands diagram in semiconductors
- Deviation from Curie-Weiss law in magnetic susceptibility
- Exposure time for a film
- Exchance interaction isotropy
- Energy of an electron
- magnetism
- Plotting Charge Density
- Primitive vectors and the FBZ
- Bravais lattices and lattices with a basis
- TIP Water potential
- Hexagonal lattice in reciprocal space
- EM response function of the "Phase Action" of a BCS superconductor
- Averaging over random potential of impurities
- Selection rules beyond the central field approximation
- ligand field
- DSC - differential scanning calorimeter
- isosurface level in VESTA
- What does the ratio c/a mean in solid state phyiscs
- reducing intensity of xenon lamp
- NMR, Spinresonance
- Superconducting instability?
- tight binding hamiltonian matrix
- Density Functional theory
- circularly polarized light
- Ferromagnetism
- Lattice of harmonic oscillators - Matlab
- Refractive index(n(ω)) calculation: Kramers-Kronig relations
- entropy of diamond and graphite at 0K
- Spintronics vs GMR Effect
- Reference for diamagnetic vs paramagnetic
- j splitting in XPS
- Why do most solids have periodic structure ?
- ask for help on LDOS
- Phonon Dispersion
- Hubbard model of graphene in high U limit
- Debye model fit Origin 8.5 and QtiPlot
- Are electrons in Valence band delocalized?
- What is a percolative transport current?
- Is the hydrogen molecule bonding really covalent?
- Lennard-Jones potential for 3 atoms
- Topological Insulator : Edge states
- Homonuclear diatomic molecules spectrum
- Hybrid Orbitals and MO theory
- Is the Energy Band of Wood vs Crystals similar?
- Green's functions in BCS theory
- Translated Russian papers (i.e. paper of Gor'kov)
- "Random Phase Approximation" (Why they call it so?)
- High Temperature Superconductivity
- Why do atoms bond?
- a requirment for an equation
- Pulsed NMR: T1 and T2 Relaxation Times of Curing Epoxy
- Ion vacancies energy storage?
- Effective mass
- basic laser question
- EELS edge fine structure -how does it arise?
- bond length and bond angle (quant)
- Raman Spectroscopy
- Fermi energy, electron density, conduction electrons of Ru
- Curie Temperature
- Best Metals for Thermoelectric Generator
- The possible lightest material
- Fluorescence and Raman spectroscopy
- Electrons diffraction in crystals
- Introduction to order parameter fields
- Question regarding Surface Enhanced Raman Spectroscopy
- Hakki-Paoli Method for Measuring Laser Gain
- Transition states between matter
- Can someone explain how spin allows elctrons to pair
- Bonding and Antibonding(metals insulators)
- Conductivity from path integral and Kubo formlism
- About small displacement method for phonons
- Configuration coordinate diagram
- Electricity and the electron
- Linear Optical Tweezers
- solids classification
- Laser power in optical tweezers
- Complex Monte Carlo Integration
- Dependence of electrical conductivity and electron mean free path on temperature
- molecular bonding
- matrix elements in photoemission
- basic questions about bonds
- What is the definition of Lorentz factor?
- Hyper-Rayleigh Scattering vs. Second Harmonic Generation
- BEC and electrons PLEASE I BEG U ANSWER
- Data/Model for Tait Equation of State (Liquids)
- Heisenberg hamiltonian
- Computational Path Integration
- Electrostatic charge vs. Electric current: Effect on electron density of states
- energy band gap of semiconductors
- Potassium silicate glasses ?
- m scheme
- Ortho- and Para- Water
- Pseudopotentials in SIESTA
- Scanning Electron Microscope Scanning Coils Kapton
- Difference between Bragg and Laue Diffraction?
- Infrared Absorption
- Quick Fermi Energy Question..Free electrons??
- What is monopole polarization?
- ques. on high symm points of a crystal
- Uses for Type I, II and III Heterojunctions
- Ionization of Air with a Laser
- Latent heat
- Is the high frequency dielectric constant equals to 1 for all kinds of material?
- gaussian molecules optimization
- Soft mode theory
- entropic force
- equivalent sites in a crystal
- Molecular dynamics
- CPMD ( Car-Parrinello Molecular Dynamics)
- self consistent method for eigenvalues
- What's "Wrong" With Landau's Theory of Phase Transitions
- Graphene band structure
- ginzburg criterion
- Saturation electron velocity in semiconductors
- Volume of element in k-space
- Binary phase diagrams - understanding the eutectic point
- About field-cooled / zero-field-cooled curves of superparamagnetic particles?
- BJT solid state
- PN-junctions: is the voltage measurable? Closed circuit?
- Calculating the vibronic coupling in ruby laser
- Orbital angular momentum of O2
- Pascal Triangle diagonal numbers
- magnetic interaction
- scattering in Boltzmann transport equation
- X-ray absorption spectroscopy - fine edge structure
- Pressure of an ideal gas
- Phonon Dispersion Interpretation
- conductivity
- band diagram of modulation doped semiconductor heterostructure
- (im)possibility of a two-level laser
- Hybridization of atomic orbitals
- optical gap-band gap
- Why filled shell of electrons has L=0 and S=0?
- dilue magnetic semiconductors
- Lattice parameter change
- Is a eutectic alloy always stronger than a hypo or hyper eutectic one?
- Thermal Motion to Blackbody Radiation Derivation
- spacing between three dimentional lattice planes
- Shift of valence band
- How does refraction of light work
- Superfluidity
- Electron's effective cyclotron mass
- Single Axial Mode And Spectral Hole Burning
- first Brillouin zone
- Ginzburg-Landau Parameter for YBCO
- Molecular geometry
- difference between effective area and actual area
- Phase Transitions Exist Only In the Thermodynamic Limit Or...
- Born Oppenheimer??
- Do you know a formula for the integral of a product of 4 spherical harmonics?
- crystal material parameters of the wafer and thin film
- Optical pumping
- Is continous symmetry breaking the necessary or adequate condition for Nambu modes ?
- About qubit, Quantum comp.
- Ramsey spectroscopy
- Van der Waals Forces
- number of dimension in solving an 8 atom BN cell
- why electrons must occupy degenerate orbitals with parallel spins?
- Homodyne Detection and measuring quadratures
- Fowkes model of surface energy
- phase transformation
- Interaction of light with matter
- A hypothetical material
- Spin comutation relation
- Miller Indices
- Renormalisation in 1D plaquette like ising model.
- hartree-fock-slater for single atoms
- Mstudio Mindlab
- Rotating Wave Approximation
- Fermi-Dirac distribution normalization
- Heating by laser
- Valence electrons and Photonic crystals
- Lattice parameter (a)?
- quantum transport
- excitation of optical branch phonons
- Autocorrelation of intensity fluctuations
- electronics properties of C60 molecule
- paramagnetic materials please help
- Electronic Molecular Spectra - significance of band origin?
- Bloch Sphere and Dressed States
- elastic scattering
- Electrochemical potential, chemical potential and Fermi levels. Ashcroft is confusing
- Perovskites basics.
- Callen result
- How we measure magnetisation in antiferromagnetics?
- How to calculate pH-dependent proton binding curves?
- Mass of electrons
- Is a hydrogen free radical just a hydrogen atom?
- Magnetisation for S=1/2
- References about PPKTP
- Can Nonradiative Decay occur for a single atom?
- Understanding Atomic Decay Pathways
- Hartree Fock method for Molecules
- How to get parameters of interaction between atoms of H2 and C6H6?
- Light emitting diodes and Planck's Constant
- Which Labs have Ion Implanter or Plasma immersion Facility in LA?
- differences between ac conductance and dc conductance in semiconductors
- Nonlocal electrodynamics of superconductors
- What has bandgap gotta do with binding energy and stability?
- HCP versus FCC in elements
- Nanoparticles
- polarizability integral
- Laser recommendation needed
- Effect of charge localization on the xchange-correlation
- Wave vector of a polariton mode
- Wave vector of a polariton mode
- Excess vs. Ideal Potential Energy (Widom Insertion Method)
- induced current in C6H6
- Are phonon's actually a real particle, or is it a trick of QM?
- definition of fermionic annihilation operators
- Single Crystal X-ray Data Processing
- Semiconductor doping
- How to determine the atomic plane without knowing it beforehand?
- Irreversibility temperature in superconductors
- Decoherence and Ramsey Fringes
- Esaki's Diode II
- Plasma physics diamagnetic current
- How to model a permanent magnet?
- Brillouin zones and the E-k relation
- static dielectric constant of NaCl
- Replacing cathodoluminesc. by gates
- Quantum Dots.
- BoseEinstein condensate
- What's smaller than an atom? (Sub-Atomic?)
- Alpha Decay Ionization
- Infinite temperature
- Why is high exciton binding energy in ZnO important?
- p-n junction in a thermoelectric device
- what is a maxwell construction.......???
- Pump-dump
- Count rates from X-ray Fluorescence Spectrum
- how to choose k-points and ecut
- law of mass action involved in impurity level
- charge/spin ordering
- wave vector
- Why some metals are not superconductors?
- Atom-electron interaction
- Entangled Salt?
- Maxwell-boltzmann distribution on detector
- DL_POLY Help
- Absorption spectra of molecular hydrogen
- What is the matrix element of uniform electronic field in Landau wavefunction?
- MD-Orienting lattice in LAMMPS
- Wording of a question confusion.
- numerical solution of generalized langevin equation
- about the energy bands, fermi levels in PN junctions?
- The band gap discontinuity in DFT???
- special points and band structure?
- Quantum Well - circuits
- Interpretation of the polarizability
- Diffraction on a body centered lattice, h+k+l even?
- Radioactive Dating Question, Half-Life.
- Height of k-alpha lines
- Direct ionization as a result of photoionization- What is the probability?
- Irreversibility temperature in superconductors
- Carrier injection in p-i-n diodes
- simple spin question
- HCP Crystal Structure
- Silicon: Lattice spacing <111><100> Thermodynamics and Bloch theorem
- electrostatic
- Why is there a depletion region in np-junction?
- Simple water potential for MD Simulation
- 【help】what is the isolated spectral line?
- spectral weight
- Time orbiting potential trap (TOP-trap)
- Question: Can elements above iron actually be clusters of smaller elements?
- Bound QED: Gauge invariance of electron self-energy?
- Current in the presence of Electron photon interaction
- Hard disk radial distribution function
- Photoelectric effect and C-Parity
- transition of neon from ground state to excited state
- Calculate an integral
- Learning about Nucleation
- the quantum well density of states step function?
- Reciprocal lattice???
- Dispersion relation of amorphous materials
- what does 'probing a transition' mean?
- Feshbach resonance for Li: repulsive and attractive?
- closed orbits in hydrogen when exposed to vertical electric field
- Mass defect-bound energy
- How do rotational and vibrational energies in molecules depend on masses?
- Free electron theory
- Localization of Molecular Orbitals
- Subthreshold and Resonant Annihilations
- Covalent bonds in p-type semiconductor
- Effective permittivity and permeability of irregular particles
- Energy released when splitting H2
- Ewald sphere vs Brillouin Zone
- P-n junction diodes (Both bias)
- Laser Cooling (Doppler)
- Hydrogen absorption capabilities by transional metals.
- What is dressed states?
- Hydrogen atom in a gravitational field
- Why does charge transfer reduce the covalent component of a heteropolar bond?
- Landau-Zener model & adiabacity
- Topological classification of defects
- Why is it called "fluctuation conductivity" in superconductors?
- phonons, vanishing eigenvalue
- choosing gauge for triangular lattice
- topological flat band
- non-local terms
- How oxidation effects band structure of metals?
- Polyacrylic acid method to remove film from glass substrate
- Pseudogap and phonon gap. Does phonon (pseudo)gap exist?
- Bonding analysis at HOMO, could you please give me some hints.
- DFT, Kohn-Sham: failure to describe transition states.
- microwaves and heating on molecular level
- electron orbital
- nano???
- Diffusion Quanutm Montecarlo
- Virial Theorem and Hartree Fock
- GISAXS, XRR and XRD
- Designating matrices by (system2 operator system1)
- Resistance
- Density of states DOS????
- Need help finding EUV Spectrum from 0 - 10 nm
- fast multipole method
- Haldane model
- Negative sign in hopping amplitude
- Mechanically controllable break junction electrodes
- exceptions to madelung's rule
- To test exciton binding energy
- speed of light and chemical properties
- Catalyst and hydrogen ionizition
- Does anyone have experience or know what a "Polariton" is?
- Murnaghan equation for lattice parameters???
- Hartree Fock spin orbitals
- Reflection of Light off of an Atom
- Qualitative explanation of paraelectricity
- Kohn Sham, calculation of electronic density
- 2D hexagonal lattice Brillouin Zone
- Bismuth Telluride (Bi2Te3) and Thermoelectric merit (ZT)
- Chern number and edge state
- interatomic spacing of iron atoms
- How does the resistivity of an extrinsic germanium sample change with temperature
- Spin-glass
- A spreadsheet for predicting the peaks in radiocrystallography
- Is Photoelectric effect on ATOMIC ions possible?
- HOW TO CALCULATE THE RESULTS OF Fe2+ Ti4+ CHARGE TRANSFER COMPLEX IN SAPPHIRE
- He2 is it possible
- Stuck between 2 magnetic fields ?
- bragg reflections
- atom space
- Rhombohedral structure
- Semiconductors lifetime, Scharfetter relation
- Radiation from electron oscillations at plasma frequency?
- What is a cross over?
- phase transition in one dimension
- Bloch wavepackets and the Pauli exclusion principle
- Increase in compressibility when pressure is applied
- Odd formula for calculating chemical potential
- raman spectroscopy: data analysis: convolution
- Isn't my calculation of diffusion coefficient correct???
- Radial Distribution Function for HCP and FCC lattices
- Born Oppenheimer Approximation and Product Asnatz
- about the semicondunctor quantum well
- analysing graph pattern
- Excimer states and variations
- High symmetry points for a GaAs superlattice
- Conceptual question: THz generation in ZnTe
- Hartree Fock: Which orbitals have to be choosen?
- Spin transport (diffusion and ballistic)
- Measuring optical conductivity
- Strain Tight-Binding model
- Quantum Transport Equations in Nanoelectronics
- T2 in Nuclear Magnetic Resonance & MRI
- Do all five orbitals of the d-sub shell have equal energies?
- What does it mean FX, T, ...
- Cant find website
- Nondegenerate optical parametric amplifier, divergence and distance
- Kramers-Kronig relations for limited data point
- Constraints in Hamiltonian
- Why different crystal phases have different colours?
- activation energy of SiO2
- Deriving the Phonon Dispersion Relation using Quantum-mechanical approach
- Specific absorption/ emission
- Ionisation of semiconductor atoms
- spectrophotometer
- Importance of the Electron
- Glass which appears green?
- Secondary emission yield for 100-MeV pions
- Some questions for Monkhorst-Pack's paper
- dielectric susceptibility
- Macroscopic quantum tunnelling and alternating EM field
- Difference of Electron storage in metalloids and metals
- What is Super Diffusion????
- Phase transitions between solid and liquid. Critical point CP
- Crystallography Primer/Reading ?
- Silicon as a magnetic semiconductor
- Cscl crystal structure
- Electrons in antinodes of orbitals
- Einstein-de Haas Experiment: Magnetic Dipole Moment Alignment
- Spontaneous parametric down-conversion: Should this be a three-wave mixing?
- Combustion and expansion of gases?
- 2D Ising Model (analytical expressions)
- two C4 axes of molecule XeF4
- How extract phase angle from reflectance using Kramers-Kronig
- Numerically calculated Density of States, Now What
- Why is Rb one of the only things that a BEC can be made from?
- Atom Bonding
- Atomic Shell Theory: Bohr-Sommerfeld model
- effective masses of the insulator materials
- Conduction mechanism of SnO2 semiconductors
- band correlative ferromagnetism-magnetism of conductive electrons in magnetic field
- Help on precise definition of chemical potential T->0 FD Distribution
- what is the meaning of k in E(k) diagram?
- Counting the states of a free particle (Periodic boundary conditions)
- Difference between Primitive cell, unit cell and a wigner-seitz cell.
- Does metal coating on porous silicon have any effect on band structure?
- Statistical mechanics - density of states
- fcc diffraction pattern
- spatial and temporal
- LASERs and LASER optic's
- Bravais Lattice in Two Dimensions
- Crystallite size in thin films
- crystal growth angle
- Why does pressure due to van der Waals' forces increase as the square of density?
- Heat variance in NMR
- Why is graphene the way it is ?
- Calculating resistivity from relaxation time.
- What is the sealing mechanism of UHV view ports & electrical interconnects?
- Hall coeficient of copper and relaxation time
- Specific heat of metals equation - what are the terms physical significance
- Mirror nuclei method
- primitive lattice vectors, reciprocal lattice, wigner seitz cell
- Structure building Programs
- tunnel resistane between dissimilar electrodes
- meissner effect and conventional zero resistivity
- The electrical potential of charge-neutral masses
- Fermi level, band structure of solids, and effect on electrical conduction
- saturation chemical potential- what is it?
- Calculate Void size of atom
- Nickel-carbon phase diagramme
- bloch theory and band gaps
- How do we explain electrical resistivity and heat.
- Can dielectric constant of semiconductor be calculated or estimated?
- what's the relationship between phonon spectrum and thermal conductivity
- Atoms with non-zero nuclear spin
- problem with NEGF in real space
- Impedance in a superconductor
- Lindemann criteria - glass predictions very high
- Band bending
- How to prove there is no primitive cell of diamond structure with only one atom?
- A problem about Josephson effect in Graphene/Barrier/Graphen
- How can (220) in bcc diffract?
- ohmic contact of led chips
- Polarizability of Fixed Dipole Interactions
- cold temperature measurement
- Impurity State Green's functions
- a definition exchange energy?!
- Atoms are 'nothing but' space versus 'mostly' space
- What is the interpretation of electroluminescence?
- Calculating Diffraction Intensities
- Energy band in K space VS real space
- graphene
- Is possible to use interband transition to design mid-infrared photodetector?
- Confinement of excitons in Quantum Dots
- reciprocal lattice vector
- Negative formation energy of a point defect in a solid
- Trying to make a Superconducting tube
- Conductivity of a metal approaching absolute zero
- Help deriving expression of current density
- Observing Thermodynamic Phase Transitions Via Neutron Scattering
- Periodic Boundary Conditions on non sq lattice
- Carbon Nanotubes (CNT) Safeguards Info Needed
- K, L, M electron transitions, x-ray emission lines, conflicting information!
- Surface Forces-Some Clarification Needed
- superfluid mass density
- Fermi Velocity absolute zero
- why in periodic table normally we have elements with FCC and HCP structure?
- Magnetic/Spin effects during diffusion of point defects
- Detection of valences of a element using XRF and LIBS?
- Field effect passivation and negative charge density.
- The Natural Dispersion of Black Holes
- Gummel method solving the n-type semiconductor(Poisson equation)
- Silicon Dioxide (SiO2) FTIR peaks
- What are Octupole correlations?
- Canonical Transformation of the Hubbard Model
- Reverse saturable absorption. Rate equations.
- negative absorption peak in FTIR
- absorption
- how to keep stable temperature inside an iron container of mm thin
- Is the conduction band of metals empty at absolute zero?
- values of structure factors for germanium
- Calculate Void size of Ge(100) and (111) atom
- Information regarding thermal sensor
- josephson effect
- delta E between energy levels in Fermi gas and valence band
- superfluid suppressed while condensation enhanced
- why topological insulators are topological?
- Question about semiconductors' holes.
- Fermi level in semiconductors
- Visualising atomic orbitals in a unit cell... (software for making figures?)
- Determine particle size using PL spectra
- Monopolar polarization of crystals
- Matter waves - Real or Hypothetical?
- Properties of Glass
- How to get room temperature spintronics
- dielectric response
- How emissions for a spectra provide evidence for energy levels in a atom?
- Monatomic Linear Chain - Comparison of Numerical and Analytical Results
- Force Integration, UFM
- simple Navier-Stokes
- Are there excitons with spin=0?
- GaAs Fermi Surfaces
- Difference between BCC and SC
- Multi-dimensional oscillatory potentials: where are they used
- The relationship between the lattice spacing and the distance between parallel planes
- (111) plane in BCC
- 2 slow moving hydrogen atoms - distance to start interaction
- Potential energy curve of Sodium Chloride
- Fermi energy/temperature
- atom composition, fermions
- Differences between Raman stokes and fluorescence
- Recoil energy vs KE of electron emitted by X-rays
- Frustrated magnetics lattices
- Landau Level Broadening
- Magnetism dielectric crystals
- The molecular field approximation
- Can photovoltaic cells capture gamma photons?
- diffusivity problems in cubic crystals
- Regarding calculation of Plasma frequency and static dielectric constant
- All single crystalline anisotropic?
- Scattering by Multiwalled Carbon Nanotubes
- Work function, Fermi levels and the MOS capacitor
- Why Gold?
- Optical tweezer question
- SRH and radiative recombination
- Parity rule for wigner D-matrices
- He-Ne laser
- Black Body radiation
- differential resistivity
- Types of Hall effect
- Gaussian09 or VASP:adsorption of big molecules on surfaces/comp. req. for Gaussian09
- Quasi-Crystals
- Curie point for ferromagnetic materials
- In CCD detection is integration better than accumulations
- do hydrogen under high pressure becomes metal/superconductor ? how?
- Time-averaged energy density and time-averaged Poynting vector in LASER
- Solid State Hydrogen Storage
- Mass spectrometer
- Process to form elements in quantity
- Derivation of Effective Mass from a Parabola
- Classical density functional theory to Poisson-Nernst-Planck
- Density of states arbitrary units
- Does Spin have rotational kinetic energy?
- helium neon laser
- Depletion Layers in pn junction
- Gas Separation
- Sideband Cooling
- A question about transverse/longitudinal acoustic/optical modes
- Fermi energy (in semiconducors) vs. chemical potential
- does THERMODYNAMIC process affect phase transition in solid state metals
- Multiphoton momentum trasfer
- Magnetization and torque in an ellipsoidal disk
- trying to simulate gas
- Which kind of system has Hamiltonian like this?
- Solid State Hydrogen storage volumes
- Xfel
- spin waves and phase transition
- Cooper Pair Wave Function
- Lorentz model and dielectric
- how to measure the concentration of oxygen in oxide nanomaterial
- What is the relationship between debye temperature and phonons?
- Iodides semiconductors
- Finding atomic mass?
- diffusion coefficient in diffusion equation and random walk ?
- How Raman Spectroscopy works?
- Laser plasma Interacions
- electron-hole recombination
- Magnetization above Curie Temperature
- E-k diagram what is k?
- Absorption Lines from discrete energy
- index refraction
- Debey-Waller Factor effect, temperature, and EXAFS amplitudes
- Photogeneration
- Infrared absorption spectrum of CO2 at 4,3 µm
- direction of propagation of wave
- X-Ray Diffraction Question
- phonon-phonon interaction in solid lattice
- Planewave cutoff energy convergence!
- relation spin hall and inverse spin hall
- Energy change from CF- to C and F-
- Discovering thickness of a thin film.
- Qurstion on local density of states.
- Intracavity power calculation
- optical properties
- What happens when you connect a ptype semiconductor to a metal conductor?
- waves in periodic structures - Coupling of evanescent waves to propagating waves
- interaction between two excited hydrogen atoms
- rotation of crystal orientation
- Graphene: numerical diagonalization of honeycomb-lattice tight-binding
- isotropic Heisenberg ferromagnet
- Band diagram of intrinsic semiconductors
- total magnetization of an isolated atom
- stark effect, mixing state of 2s and 2p
- Effect of count time on XRD intensities
- Flux Pinning/Heat Generation in Type II Superconductors
- are superconductors dia magnetic materials?
- deriving fractional atomic coordination numbers
- i am buying a laser diode but cant understand some parameters
- Looking for BEC help
- Basic queries of semiconductor devices
- Type 1 Superconductors & Static B field density
- how to solve BdG Equations numerically
- the meaning of available configuration?
- Why does the LED structure "favorizes" p-type semiconductor?
- crystal diffraction
- One way edge mode in photonic crystals
- Density Functional Theory
- Why the surface plasmon always use gold or silver as a metal film?
- Difference between ionization energy and work function
- Dispersion of real crystalline solids
- Conceptual question on electron flow between two types of resistors
- Wilson loops
- Order parameter in quasicrystals
- Difference between dispersive medium and non-dispersive medium.
- Semiconductors -- role of displaced Silicon or Germanium
- quauntum mechanics, what is it
- Chemical bonding
- Statistical Mechanics -- Maximum Temperature
- Solid State - Band gap?
- NIR Path Length Calculation
- Ising model
- Dynamics of Contracted Atoms, Molecules, etc.
- I have a layman's question about a temporary/dissociating crystal
- heavy electron, NASA patent
- ultra low momentum neutron
- Exchange splitting
- Frequency distribution not determined by the temporal variation of the pulse???
- Can the size of an atom change?
- Copper plasma
- X ray questions:What material is suitable in windows for hard X-rays?
- Band structure and fermi surface of copper
- Colour of inox steel surface upon heating
- What do topological insulators have to do with hall currents?
- Why Asymmetrical Junctions are widely used in Solar Cells? What Advantages?
- Graphene super strong but not graphite?
- Electron wavefunctions in semiconductors
- Molecular Orbital energy levels
- Atoms made of different Quarks
- Mistake in book?
- Fermi Temperature and Black-body radiation
- Help with XRD data
- Exchange coupling constant in micromagnetic simulation
- Back gating of Metal/Semiconductor junction
- Fluorescence Blinking
- Standard Benchmark Problem for Computational Solution of Poisson Equation
- Reciprocal Lattice
- Fried my Hydrogen Spectral Tube
- location of neutrino
- Debye's Assumptions For Heat Capacity
- d spacing from X-ray diffraction data
- Bandstructure/DOS and mulliken
- About transfer matrix computation in graphene.
- Nanoparticles vs Colloids
- Kondo effect at room temperature
- Material Design
- how do metals work
- Wulff construction
- Bragg condition reflection vs. diffraction
- help! Li saturation absorption spectroscopy!
- Conductors and their increase of resistance with temperature
- low temperature
- number of atoms in FCC gold cube
- what if atoms obeyed an inverse-cubed law
- Electron drift speed in metals
- Dielectric Function
- Creating plasma using thermite?
- Why are most of the ionic crystals Diamagnetism
- What is the Mean Free Path of water in it's liquid state?
- Electronic Band Structure, Ionization Energy
- Help me with Pendry's cloaking article equations
- Change in the internal energy with/without different kinds of particles in the mix
- Neutronium, Ionization Limit, and Decay Types?
- A strange partition function...
- Diffraction pattern to crystal structure
- Excitons bound to neutral impurities
- phonon and dispersion relation
- Tight binding method for a 1D crystal with a diatomic basis
- Thermal Superconductor
- metals and free electron capture
- request to calculate stress and strain from XRD
- Phonon Dispersion Relation in 1d, 2d, 3d using classical and quantum methods
- From spectrum/dispersion relation to the partition function
- Interpretation of Fermionic Retarded Green's Function
- LMTO - Creating Electronic Canonical bands of BCC lattice
- Molecular Dynamics simulations Surface interaction energy
- ising system interactions ???
- 2D dispersion relation
- why do periodic lattices conduct better
- Terminology - the "upper state"
- Regions in the electronic band structure
- exciton photon matrix element
- tio2
- Projected density of state
- mesh cutoff energy
- Relation between binding free energy and solubility
- Optical absorption liquid vs solid
- Fermi level de-pinning & Schottky barrier
- Relationship between light intensity and current
- A basic question about graphene
- Bremsstrahlung X-rays Energy Limit
- Why is semiconductor band structure expressed in terms of momentum?
- semiconductor band structure, electrons moving between valleys from thermal energy
- Why do wires get hot as current flows? Is it friction?
- Rare-earth energy levels from LS coupling
- The free electron model vs. nearly free electron model.
- How to Plot a 2D band structure?
- What does it mean for a plasmon to confine or guide light?
- are BJT transistors voltage or current controlled?
- Why does the band gap exist?
- Superconductivity - speed of light change?
- aliasing and discrete sinusoids...
- High Temp. Superconductivity
- elastic properties and PAW method
- Ferromagnetic hysteresis loop
- Where did the Photons in Polariton Laser came from?
- electrons and holes: how can holes have a mass?
- thermal conductivity
- Orbitals and Energies
- Graphene Membraned Blocks Helium and Other Gasses, Allows Water Through
- Help with Very High Temperature superconductors (28°C!!)
- Niobium atom lattice structure and its behavior
- valence and conduction band
- What are surface modes?
- photoelectric absorption in semiconductors
- Can someone explain why a material that is supposed to be conductive imply?
- Working with atomic units
- Optical pumping and selection rules
- How do electrons move through a conductor
- Good discussion of experimental data/techniques?
- flat band voltage, Fermi level
- Energy-dependent cross ection and mean free path
- nonlinear susceptibility in graphene
- Condensed Matter Super-Radiant Phase Transition
- Monte Carlo simulation
- difference between longitudinal and transverse refractive indices
- states and energy of paired electrons in BCS
- [ask]electron inside drinking water