Online Encyclopedia
List of physics topics A-E
A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
A
- Abbe number * Abbe, Ernst * Absolute zero
- Accelerating universe
- Acceleration
- Acoustic theory * Action (physics)
- Active laser medium * Adiabatic process * Aether theory * Aharonov-Bohm effect * Albany High Energy Physics Group
- Alcubierre metric * Alembert, Jean le Rond d' * Alferov, Zhores Ivanovich * Alfvén, Hannes Olof Gösta * Alpha particle
- Alpher, Ralph * Alpher-Bethe-Gamow theory * Alvarez, Luis Walter * Amagat's law * Amorphous silicon * Ampere
- Ampere, Andre Marie
- Ampère, André-Marie
- Ampère's law
- Anderson, Carl David * Anderson, Philip Warren * Ångström, Anders Jonas * Angular frequency
- Angular momentum
- Angular velocity * Annihilation operator * Antenna theory
- Antiferromagnetism * Antimatter
- Antiparticle
- Appleton, Sir Edward Victor * Appleton, Edward * Application of tensor theory in engineering science * Applied mathematics
- Applied physics * Arago, François Jean Dominique * Archimedes
- Archimedes' "mechanical method"
- Area
- Argand * Argand, Jean-Robert * Aristotle
- Arrhenius, Svante * Arrow of time
- Aston, Francis William * Astronomy
- Astrophysics
- Atkinson, Robert * Atom
- Atomic clock
- Atomic force microscopy * Atomic mass unit
- Atomic nucleus
- Atomic number * Atomic physics * International Atomic Time * Atomic units * Atomic weight
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Atomic, Molecular, and Optical physics * Avogadro, Amedeo
B
- Babinet's principle
- Baez, John
- Balmer, Johann * Balmer line * Bandgap * Bardeen, John * Barkla, Charles Glover * Barn (unit) * Barycenter * Baryon
- Basov, Nicolay Gennadiyevich * BCS theory * Becquerel, Henri * Bednorz, J. Georg * Bekenstein, Jacob
- Bell inequalities * Bell's inequality
- Bell, John Stewart
- Bernoulli, Daniel
- Bernoulli, James * Bernoulli, Johann * Bernoulli's theorem * Berry phase
- Bessel function * Bessel, Friedrich Wilhelm * Beta particle * Bethe, Hans * Big Bang
- Big Crunch
- Binding energy
- Binnig, Gerd * Biophysics * Biot-Savart law * Biot, Jean-Baptist * Bipolar transistor * Black body
- Blackbody
- Blackett, Patrick Maynard Stuart * Black hole
- Black hole thermodynamics
- Bloch, Felix * Bloembergen, Nicolaas * Bohm, David * Bohm interpretation
- Bohr model
- Bohr radius
- Bohr, Aage Niels * Bohr, Niels
- Boltzmann constant
- Boltzmann, Ludwig
- Born, Max * Boscovich, Rudjer Josip
- Bose-Einstein condensate
- Bose-Einstein statistics
- Bose, Satyendra Nath * Boson
- Bothe, Walther *Boussinesq approximation
- Boyle's law * Boyle, Robert
- Bradley, James * Bra-ket notation
- Bragg's law * Bragg, Sir William Henry * Bragg, William Lawrence * Brattain, Walter Houser * Braun, Karl Ferdinand
- Bravais lattice * Brewster, David * Brewster's angle * Bridgman, Percy Williams * Briggs, Henry * Brockhouse, Bertram N.
- Broglie, Louis-Victor de * Brownian motion
- Bubble chamber * Bucket argument
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Bullialdus, Ismael * Buoyancy
C
- C-symmetry * Calabi-Yau spaces * Caloric theory * Candle
- Canonical commutation relation
- Canonical distribution * Capra, Fritjof * Carnot, Sadi
- Cartesian coordinate system
- Cartesian product
- Casimir effect
- Casimir, Hendrik
- Cathode ray * Cathodoluminescence * Causality
- Cavendish experiment * Cavendish, Henry * Celestial mechanics
- Center of gravity
- Center of mass
- Centrifugal force
- Centripetal force
- Centroid
- CERN
- Chadwick, James * Chamberlain, Owen
- Chandrasekhar, Subrahmanyan * Chandrasekhar limit * Charge * Charles' law * Charpak, Georges * Chebyshev, Pafnuty Lvovich * Chemical potential * Cherenkov effect * Cherenkov-Vavilov effect * Cherenkov, Pavel Alekseyevich
- Chladni, Ernst * CHSH inequality
- Chu, Steven * Circular dichroism * Circular polarization * Classical mechanics
- Clapeyron, Émile * Clausius, Rudolf
- Cloud chamber * Cockcroft, Sir John Douglas * Cockcroft, John * Coefficients of potential
- Cohen-Tannoudji, Claude * Coherence length * Cold fusion
- Collision * Color charge
- Color force * Commutator
- Complementary experiments
- Compton, Arthur Holly * Compressible flow
- Compton effect * Computational physics * Condensed matter physics * Conservation law
- Conservation of energy
- Conservation of mass * Conservation of momentum * Conservative force
- Counterfactual definiteness
- Continuity equation
- Continuum mechanics
- Continuum postulate * Conversion of units
- Cooper pair * Cooper, Leon Neil * Coordinate system
- Copenhagen interpretation
- Copernicus, Nicolaus
- Coriolis effect
- Coriolis force * Cornell, Eric A. * Cornu, Marie Alfred * Corpuscular theory * Correspondence principle * Coulomb
- Coulomb, Charles-Augustin de
- Coulomb's law
- CP-symmetry
- CPT theorem * CPT-symmetry * Creation operator * Crionin, James Watson * Crookes, William * Crookes radiometer
- Cross section * Cryogenics
- Crystal
- Crystal optics * Crystal lattice * Crystal structure
- Crystallography * Curie point
- Curie, Marie
- Curie, Pierre * Curvature
- Curvature tensor
- Curve
- Cyclic process --
- Cyclotron
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Cyclotron radiation * Cylindrical coordinate * Cylindrical coordinate system * Czochralski process
D
- Dalén, Nils Gustaf * Dalton, John
- Dalton's law * Darcy-Weisbach equation * Davis Jr., Raymond * Davisson, Clinton Joseph * de Broglie, Louis-Victor * de Broglie hypothesis * de Broglie wavelength * de Donder, Théophile * Debye, Peter * Debye length * Debye shielding * Decay mode * de Gennes, Pierre-Gilles * Degenerate matter
- Dehmelt, Hans G. * Delbruck scattering * Density matrix * Derivation of the partition function * Descartes, René
- Deutsch, David * Dewar, James * DeWitt, Bryce * Diamagnetism * Dielectric * Differential equations of mathematical physics * Differential geometry
- Diffraction
- Diffusion
- Dimension
- Dimensional analysis
- Dimensionless number * Diode
- Dipole * Dirac * Dirac equation
- Dirac, Paul
- Direct bandgap * Dispersion * Dispersion (optics) * Displacement
- Distance
- Divergence theorem
- Doppler effect
- Doppler, Christiaan * Double pendulum * Double-slit experiment
- Drift velocity * Dual space
- Duality * Dulong-Petit law * Dynamical system
- Dynamical systems and chaos theory
- A Dynamical Theory of the Electromagnetic Field by James Clerk Maxwell * Dynamical variable * Dynamics * Dyson, Freeman
E
- E=mc² * Earnshaw's theorem * Earth
- Effective mass
- Ehrenfest, Paul * Eigenvector
- Einstein * Einstein field equations * Einstein notation
- Einstein shift * Einstein, Albert
- Elasticity * Electric charge
- Electric field
- Electric field screening
- Electrical charge * Electrical circuit * Electrical conductance * Electrical conduction
- Electrical conductivity
- Electrical dipole * Electrical energy * Electrical engineering
- Electrical force * Electrical generator
- Electrical length * Electrical monopole * Electrical network
- Electrical phenomenon
- Electrical potential
- Electrical quadrupole * Electrical resistance
- Electrical resistivity * Electricity
- Electrodynamics * Electroluminescence * Electromagnetic field
- Electromagnetic induction
- Electromagnetic radiation
- Electromagnetic spectrum
- Electromagnetism
- Electromotive force
- Electron
- Electron configuration
- Electron hole
- Electron microscope
- Electron volt
- Electronic transition * Electronics
- Electronuclear force * Electrostatic discharge * Electrostatics
- Electroweak force
- Electroweak theory * Elementary charge * Ellipsoid
- Elliptical polarization
- Ellis, Charles Drummond * Emergent complexity * Energy
- Energy efficiency * Energy level * Engineering
- Enthalpy
- Entropy
- Eotvos, Roland von
- EPR paradox
- Equation of motion
- Equation of state
- Equations of state/History * Equipartition theorem * Esaki, Leo * Essential singularity * Euclid
- Euclidean space * Euler, Leonhard
- Euler angles * Event horizon
- Everett many-worlds interpretation
- Everett, Hugh * Examples of electrical phenomena
- Exchange particle * Exciton
- Exotic atom
- Exotic matter
- Extensive variable * Extreme physical information List of physics topics F-L >>
Last updated: 01-22-2005 17:27:44