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ACF Physics
Physics
Question | Answer |
---|---|
Rindler observer near Cauchy horizon. Unruh effect. Pair production right outside black hole. One falls in and other falls out. AKA Bekenstein. | Hawking radiation |
Any # whose Poisson bracket w/ it is 0 is also a constant of the motion. it is the operator for which eigenvalues or states are sought in the Schrodinger equation.represented by h or h-hat. named for 19th C.irish mathematician who discovered quaternions. | Hamiltonian |
Cauchy expanded its anisotropic form to three dimensional bodies, making use of a compliance matrix and its inverse.It states that stress is directly proportional to strain. f equals negative k x.used to describe the spring in springs. | Hooke's law |
Ampère's Law | |
angular momentum | |
antiferromagnetism | |
Auger effect | |
Balmer series | |
Bardeen-Cooper-Schrieffer theory | |
Seebeck effect | |
time dilation | |
tokamaks | |
top quark | |
torque | |
total internal reflection | |
turbulent flow or turbulence | |
universal gravitational constant or G | |
Van de Graaff Generator | |
viscosity | |
vorticity | |
Wheatstone bridge | |
Zeeman Effect | |
Aberration | |
Albert Einstein | |
alpha particles | |
Bernoulli's equation | |
beta decay | |
birefringence (or double refringence) | |
Born approximations | |
Bose-Einstein Condensate | |
Bragg's law | |
Brownian motion | |
bubble chamber | |
capacitance | |
Carl Friedrich Gauss | |
Casimir effect | |
Cherenkov or Cerenkov radiation | |
chirality | |
cold fusion | |
Compton Effect | |
convection | |
Cooper pairs | |
Coriolis force or effect | |
Correspondence principle | |
Count Rumford | |
CP-violation or charge-parity violation | |
Davisson-Germer experiment | |
dielectric constant | |
Doppler effect [or Doppler shift] | |
Ehrenfest's theorem | |
electric field | |
electrons | |
Enrico Fermi | |
Ernst Mach | |
Evangelista Torricelli | |
Felix Bloch | |
ferromagnetism | |
Franck-Condon principle | |
Franck-Hertz experiment | |
Fraunhofer lines | |
friction | |
Gauss' law [of electricity | |
general relativity [prompt on relativity | |
George Gamow | |
Gustav Kirchhoff | |
Hall effect | |
Hans Bethe | |
Hans Christian Oersted | |
harmonic oscillator | |
Hartree-Fock self-consistent field method | |
Heisenberg uncertainty principle | |
Hermann von Helmholtz | |
Huygens' Principle | |
index of refraction | |
inductance | |
interferometer | |
J/psi particle | |
Kaluza-Klein theory | |
kinetic energy | |
Lagrangian | |
Lamb shift | |
Lev Landau | |
linear momentum | |
Lorentz-Fitzgerald contraction | |
Ludwig Boltzmann | |
Mach number | |
magnetic field | |
magnetic moment | |
magnetic monopole | |
mass | |
Mass Spectrometer | |
Max von Laue | |
Maxwell's Demon | |
Meissner effect | |
Michael Faraday | |
moment of inertia | |
momentum | |
Mossbauer Effect | |
muon (or mu lepton, or mu particle) | |
Navier-Stokes equation | |
neutrino | |
neutron | |
NMR or nuclear magnetic resonance | |
nuclear fission | |
nuclear magnetic resonance | |
Ohm's Law | |
Osborne Reynolds | |
Paschen-Back effect | |
Pauli exclusion principle | |
perturbation theory | |
Peter Debye | |
phonons | |
photoelectric effect | |
piezoelectricity | |
Pion or Pi meson | |
Poiseuille's equation | |
polarization | |
positron | |
Poynting vector | |
Precession | |
quantum computer | |
Quantum Hall Effect | |
quantum tunneling | |
Quark-gluon Plasma | |
Raman effect | |
Rayleigh scattering | |
redshift | |
Reynolds number | |
Richard Feynman | |
Robert Hooke | |
semiconductors | |
simple harmonic oscillator | |
spin | |
Stark effect | |
stress-energy tensor | |
superconductivity [or superconductors] | |
superfluidity | |
supersymmetry | |
surface tension | |
tachyons |