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This is an old revision of this page, as edited by CBM (talk | contribs) at 02:49, 1 September 2009 (Fix index). The present address (URL) is a permanent link to this revision, which may differ significantly from the current revision.

This is the index page for Physics.

Physics

ATLAS experiment — Aberration of light — Alexei Alexeyevich Abrikosov — Absolute zero — Acceleration — Accelerometer — Accretion disc — Acid dissociation constant — Acoustics — Action (physics) — Active galactic nucleus — Adaptive optics — Adiabatic process — Aerodynamics — Aerogel — Age of the universe — Albedo — Aleksandr Mikhailovich Prokhorov — Jean le Rond d'Alembert — Alexander Graham Bell — Zhores Alferov — Hannes Alfvén — Amorphous solid — Ampere — Ampère's circuital law — André-Marie Ampère — Amplitude — Anaximander — Carl David Anderson — Philip Warren Anderson — Angular momentum — Angular velocity — Anthropic principle — Anti-gravity — Antimatter — Antineutrino — Antiparticle — Antiproton — Aperture — Edward Victor Appleton — Applied physics — Apsis — Archimedes — Argument of periapsis — Aristotle — Svante Arrhenius — Astronomy — Astrophysics — Astrophysics Data System — John Vincent Atanasoff — Atmospheric physics — Atmospheric pressure — Atom — Atomic mass unit — Atomic nucleus — Atomic number — Atomic orbital — Atomic physics — Atomic theory — Atomic units — Atomic, molecular, and optical physics — Augustin Louis Cauchy — Aurora (astronomy) — Axial tilt — Azimuthal quantum number — Background radiation — Ball lightning — Balmer series — John Bardeen — Baryon — List of baryons — Beat (acoustics) — Henri Becquerel — Beer-Lambert law — Bell's theorem — Beta decay — Hans Bethe — Homi J. Bhabha — Big Bang — Big Bang nucleosynthesis — Big Crunch — Binary star — Binding energy — Biomechanics — Biophysics — Biot–Savart law — Birefringence — Black body — Black hole — Joseph Black — Patrick Blackett, Baron Blackett — Felix Bloch — Blue shift — David Bohm — Bohr model — Boiling point — Boltzmann constant — Ludwig Boltzmann — Max Born — Jagadish Chandra Bose — Satyendra Nath Bose — Bose–Einstein condensate — Bose–Einstein statistics — Boson — Walther Bothe — Boyle's law — Robert Boyle — Bra-ket notation — Bragg's law — William Lawrence Bragg — William Henry Bragg — Walter Houser Brattain — Karl Ferdinand Braun — Bremsstrahlung — Louis de Broglie — Brookhaven National Laboratory — Brown dwarf — Bubble chamber — Buoyancy — CERN — CNO cycle — Calorie — Capacitance — Carbon nanotube — Carnot cycle — Carnot heat engine — Nicolas Léonard Sadi Carnot — Casimir effect — Cavendish experiment — Center of mass — Centrifugal force — Centripetal force — Cepheid variable — Čerenkov radiation — James Chadwick — Owen Chamberlain — Subrahmanyan Chandrasekhar — Chaos theory — Charge conservation — Charles Sanders Peirce — Chemical potential — Chromatic aberration — Steven Chu — Circular motion — Classical mechanics — Classical electromagnetism — John Cockcroft — Coherence (physics) — Cold fusion — Colloid — Color charge — Colors of noise — Compact Muon Solenoid — Compressibility — Compton scattering — Arthur Compton — Computed tomography — Condensation — Condensed matter physics — Conservation of energy — Conservation of mass — Conservative force — Leon Cooper — Copenhagen interpretation — Coriolis effect — Corona — Correspondence principle — Cosmic inflation — Cosmic microwave background radiation — Cosmic ray — Cosmological constant — Cosmology — Cosmos — Coulomb — Coulomb's law — Charles-Augustin de Coulomb — Cryogenics — Crystal structure — Crystallization — Crystallography — Cubic metre — Marie Curie — Pierre Curie — Cyclotron — Gustaf Dalén — Dark energy — Dark matter — Data acquisition — Raymond Davis, Jr. — Clinton Davisson — De Broglie hypothesis — Peter Debye — Decibel — Deep Impact (space mission) — Density — Density functional theory — Depth of field — Deuterium — Dew point — Diamagnetism — Diffraction — Diffraction grating — Diffuse sky radiation — Diffusion — Diode — Dirac equation — Paul Dirac — Displacement (vector) — Divergence — Divergence theorem — Doping (semiconductor) — Doppler effect — Double-slit experiment — Drag (physics) — Dynamical system — Dynamics (physics) — Freeman Dyson — EPR paradox — Earth's atmosphere — Earth's gravity — Eclipse — Ecliptic — Arthur Stanley Eddington — Eddy current — Edward Teller — Paul Ehrenfest — Einstein field equations — Albert Einstein — Elastic collision — Electric charge — Electric current — Electric field — Electric motor — Electric potential — Electric potential energy — Electric shock — Electrical conductivity — Electrical impedance — Electrical resistance — Electricity — Electromagnetic field — Electromagnetic force — Electromagnetic pulse — Electromagnetic spectrum — Electromagnetic radiation — Electromagnetism — Electromotive force — Electron — Electron diffraction — Electron microscope — Electronic band structure — Electrostatic generator — Electrostatics — Electroweak interaction — Elementary charge — Elementary particle — Emergence — Empedocles — Energy — Energy density — Enriched uranium — Enthalpy — Enthalpy of vaporization — Entropy — Equation of state — Equipartition theorem — Equivalence principle — Escape velocity — Leonhard Euler — Euler-Bernoulli beam equation — Evaporation — Event horizon — Exciton — Exergy — Experimental physics — Explorer 1 — Extrasolar planet — F-number — Farad — Faraday effect — Faraday's law of induction — Faster-than-light — Fermat's principle — Fermi energy — Enrico Fermi — Fermilab — Fermion — Fermi–Dirac statistics — Ferrofluid — Ferromagnetism — Feynman diagram — Richard Feynman — Fictitious force — Field (physics) — Fine-structure constant — First law of thermodynamics — Flavour (particle physics) — Flight — Fluid — Fluid mechanics — Fluorescence — Flux — Focal length — Focus (optics) — Force — Galaxy formation and evolution — Léon Foucault — Four-stroke engine — Joseph Fourier — James Franck — Fraunhofer diffraction — Frequency — Fresnel equations — Augustin-Jean Fresnel — Friction — Friedmann equations — Fundamental interaction — Fusion power — G-force — Dennis Gabor — Galileo Galilei — Gamma ray — Gamma ray burst — George Gamow — Gas — Gas compressor — Gauge theory — Gauss' law — Carl Friedrich Gauss — Geiger counter — Geiger-Marsden experiment — Murray Gell-Mann — General relativity — Geodesic — Geophysics — Geothermal power — Gibbs free energy — Josiah Willard Gibbs — Sheldon Lee Glashow — Roy J. Glauber — Gluon — Kurt Gödel — Maria Goeppert-Mayer — Grand unification theory — Gravitation — Gravitational singularity — Gravitational wave — Gravitomagnetism — Graviton — Gray (unit) — Brian Greene — David Gross — Peter Grünberg — Gyroscope — H-index — H. David Politzer — Hadron — Half-life — Hall effect — William Rowan Hamilton — Hamiltonian (quantum mechanics) — Hamiltonian mechanics — Harmonic oscillator — Hawking radiation — Stephen Hawking — Heat — Heat conduction — Heat death of the universe — Heat engine — Heat equation — Heat pump — Heat transfer — Heavy water — Werner Heisenberg — Heliocentrism — Heliosphere — Helmholtz free energy — Henri Poincaré — Henry (unit) — Henry's law — Heraclitus — Herbig-Haro object — Hertz — Gustav Ludwig Hertz — Heinrich Hertz — Hertzsprung-Russell diagram — Victor Francis Hess — Antony Hewish — Higgs boson — High-temperature superconductivity — Hilbert space — David Hilbert — Archibald Hill — History of physics — Alan Lloyd Hodgkin — Hooke's law — Fred Hoyle — Hubble Deep Field — Hubble's law — Edwin Hubble — Humidity — Andrew Huxley — Christiaan Huygens — Hydrogen atom — Hydrostatic equilibrium — Hysteresis — Ideal gas law — Impulse — Inclination — Inductance — Inertia — Inertial frame of reference — Infrared — Internal energy — Introduction to general relativity — Ionization — Ionosphere — Isaac Newton — Ising model — Nuclear isomer — Isospin — ITER — J/ψ meson — Jet Propulsion Laboratory — Joule — James Prescott Joule — Michio Kaku — Kaluza–Klein theory — Heike Kamerlingh Onnes — Kaon — Pyotr Kapitsa — Kelvin — William Thomson, 1st Baron Kelvin — Johannes Kepler — Jack Kilby — Kilogram — Kinematics — Kinetic energy — Kinetic theory — Masatoshi Koshiba — Igor Kurchatov — Joseph Louis Lagrange — Lagrangian — Lagrangian mechanics — Lev Landau — Large Hadron Collider — Laser — Max von Laue — Ernest Lawrence — Laws of thermodynamics — Tsung-Dao Lee — Anthony James Leggett — Georges Lemaître — Philipp Lenard — Lens (optics) — Lenz's law — Lepton — Georg Christoph Lichtenberg — Light — Light-year — Lightning — Linear particle accelerator — Liquid — Liquid crystal — List of particles — Loop quantum gravity — Lorentz force — Lorentz group — Lorentz transformation — Hendrik Lorentz — Lumen (unit) — Luminance — Luminiferous aether — Luminosity — Luminous flux — Luminous intensity — Lunar eclipse — Lux — M-theory — Mach number — Magnetic field — Magnetic flux — Magnetic moment — Magnetic monopole — Magnetic resonance imaging — Magnetic susceptibility — Magnetism — Magnetometer — Magnetosphere — Many-worlds interpretation — Guglielmo Marconi — Mass — Mass spectrometry — Mass–energy equivalence — Mathematical physics — John C. Mather — Matrix mechanics — Matter — Maxwell's demon — Maxwell's equations — James Clerk Maxwell — Maxwell–Boltzmann distribution — Mechanical work — Mechanics — Melting point — Meson — Metal — Metallicity — Metamaterial — Meteorology — Metric expansion of space — Albert Abraham Michelson — Michelson–Morley experiment — Microscope — Microwave — Robert Andrews Millikan — Minkowski space — Hermann Minkowski — Mole (unit) — Molecular orbital — Molecule — Moment (physics) — Moment of inertia — Momentum — Motion (physics) — Nevill Francis Mott — Karl Alexander Müller — Multiverse — Muon — NMR spectroscopy — Nature — Navier–Stokes equations — Neutrino — Neutrino oscillation — Neutron — Neutron star — Newton — Newton's law of universal gravitation — Newton's laws of motion — Niels Bohr — Nikola Tesla — Nobel Prize in Physics — Noether's theorem — Nova — Nuclear fission — Nuclear force — Nuclear fusion — Nuclear magnetic resonance — Nuclear physics — Nuclear power — Nucleon — Observable universe — Oceanography — Ohm — Oil-drop experiment — Olbers' paradox — Optics — Orbital eccentricity — Orbital elements — Orbital mechanics — Orbital period — Hans Christian Ørsted — Osmosis — P-n junction — Parity (physics) — Partial pressure — Particle accelerator — Particle in a box — Particle physics — Particulate — Pascal (unit) — Blaise Pascal — Pauli exclusion principle — Wolfgang Pauli — Linus Pauling — Roger Penrose — Permeability (electromagnetism) — Permittivity — Perpetual motion — Jean Baptiste Perrin — Phase (matter) — Phase space — Phase transition — Philosophiæ Naturalis Principia Mathematica — Phonon — Photoelectric effect — Photomultiplier — Photon — Physical constant — Physical cosmology — Physical law — Physical quantity — Physicist — Physics — Philosophy of physics — World Year of Physics 2005 — Physics in the Classical Limit — Pion — Planck constant — Planck length — Planck's law — Max Planck — Planetary nebula — Plasma (physics) — Plasmon — Plate tectonics — Plato — Plutonium — Siméon Denis Poisson — Polarization — Polarizer — Polaron — Posidonius — Positron — Potential difference — Potential energy — Power (physics) — Pressure — Principle of least action — Prism (optics) — Proton — Proton-proton chain reaction — Protostar — Pulsar — Edward Mills Purcell — Pythagoras — QCD matter — Quantization (physics) — Quantum — Quantum chromodynamics — Quantum computer — Quantum electrodynamics — Quantum entanglement — Quantum field theory — Quantum harmonic oscillator — Quantum mechanics — Quantum gravity — Quark — Quasar — Isidor Isaac Rabi — Radiation — Radio waves — Radio frequency — Radioactive decay — Rainbow — Raman scattering — C. V. Raman — John Strutt, 3rd Baron Rayleigh — Redshift — Reflection (physics) — Refraction — Refractive index — Refrigerator — Relativistic Heavy Ion Collider — Principle of relativity — Theory of relativity — Relativity of simultaneity — Renewable energy — Renormalization — Resistivity — Resonance — Right-hand rule — Robert Oppenheimer — Roche limit — Carlo Rubbia — Ernest Rutherford — Martin Ryle — Andrei Sakharov — Abdus Salam — Scalar (physics) — Scattering — Arthur Leonard Schawlow — John Robert Schrieffer — Schrödinger equation — Erwin Schrödinger — Schrödinger's cat — Julian Schwinger — Second law of thermodynamics — Emilio G. Segrè — Semiconductor — Shear modulus — Shear stress — Shock wave — William Shockley — Siemens (unit) — Sievert — Simple harmonic motion — Louis Slotin — George Smoot — Snell's law — Solar energy — Solar flare — Timeline of discovery of Solar System planets and their moons — Solar thermal energy — Solar wind — Solar radiation — Solid — Solid angle — Solid-state physics — Solstice — Arnold Sommerfeld — Sound — Sound pressure — Space — Spacetime — Special relativity — Specific heat capacity — Spectral line — Spectroscopy — Speed of light — Speed of sound — Spin (physics) — Spontaneous symmetry breaking — Square metre — Standard conditions for temperature and pressure — Standard Model — Standing wave — Star — Stark effect — Johannes Stark — State of matter — Statics — Statistical mechanics — Stefan–Boltzmann law — Stellar evolution — Steradian — Otto Stern — Stern–Gerlach experiment — Stimulated emission — George Gabriel Stokes — Stress (physics) — String theory — Strong interaction — Subatomic particle — Sun — Sunlight — Superconductivity — Supercritical fluid — Superfluid — Supermassive black hole — Supernova — Supersonic — Superstring theory — Supersymmetry — Surface tension — Tachyon — Igor Tamm — Tau lepton — Telescope — Temperature — Tensor — Tesla (unit) — Tesla coil — Thales — Theophrastus — Theoretical physics — Theory of everything — Thermal conductivity — Thermodynamic temperature — Thermodynamics — Thermometer — George Paget Thomson — J. J. Thomson — Kip Thorne — Thunder — Tidal force — Tide — Time — Time dilation — Time travel — Samuel C. C. Ting — Tokamak — Top quark — Torque — Charles Hard Townes — Transistor — Transuranium element — Tritium — Truss — Twin paradox — John Tyndall — Type Ia supernova — Ultraviolet — Uncertainty principle — Unified field theory — Units of measurement — Speed — Universe — Ununquadium — Uranium — Vacuum — Vapor pressure — Vector (spatial) — Velocity — Virtual image — Viscosity — Visible spectrum — Volt — Alessandro Volta — Voltage — Wernher von Braun — Joseph von Fraunhofer — Theodore von Kármán — Carl Friedrich von Weizsäcker — Vortex — W and Z bosons — WKB approximation — Johannes Diderik van der Waals — Ernest Walton — Water cycle — Water vapor — James D. Watson — Watt — Wave — Wave equation — Wave function — Wave–particle duality — Waveguide — Waveguide (electromagnetism) — Wavelength — Wavelength-division multiplexing — Wavenumber — Weak interaction — Weber (unit) — Weight — Weightlessness — Steven Weinberg — Hermann Weyl — White dwarf — White hole — White noise — Wilhelm Wien — Eugene Wigner — Frank Wilczek — Wilhelm Conrad Röntgen — Maurice Wilkins — Wilkinson Microwave Anisotropy Probe — Wind farm — Windmill — Edward Witten — Wormhole — Wow! signal — X-ray — X-ray crystallography — Chen Ning Yang — Young's modulus — Hideki Yukawa — Pieter Zeeman — Frits Zernike — Zero-point energy — Zeroth law of thermodynamics — Fritz Zwicky — Hermann von Helmholtz

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