Fundamental Physics Concepts Information

This category comprises topics that are fundamental to our description of the physical world. They include common phenomena (such as waves); physical properties (such as momentum); and other building blocks with which we describe the physical world. They do not include most equations or theories.

See also Category: Introductory physics

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Contents Top 0–9 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

Subcategories

This category has the following 17 subcategories, out of 17 total.

C ► Conservation laws‎ (1 C, 28 P) D ► Dimension‎ (13 C, 38 P) ► Dynamics‎ (9 C, 24 P) E ► Energy‎ (29 C, 33 P) ► Energy in physics‎ (2 C, 23 P) ► Entropy‎ (3 C, 12 P, 1 F)

F ► Force‎ (8 C, 58 P) ► Friction‎ (2 C, 5 P) I ► Interaction‎ (1 C, 8 P) M ► Matter‎ (21 C, 18 P) P ► Physical quantities‎ (23 C, 191 P) Q ► ‎ (1 C, 25 P)

S ► Space‎ (18 C, 21 P) ► Spacetime‎ (3 C, 10 P) ► Statics‎ (2 C, 13 P) T ► Time‎ (13 C, 103 P) W ► Waves‎ (7 C, 90 P)

Pages in category "Fundamental physics concepts"

The following 200 pages are in this category, out of 338 total. This list may not reflect recent changes (learn more).

(previous 200) (next 200)

Outline of physics 1 1s Slater-type function A Action (physics) Adiabatic invariant Ampère's circuital law Ampère's force law Amplitude Angular momentum Angular momentum coupling Ansatz Arrow of time Atom Autocatalytic reaction B Bell's theorem BKS theory Bloch oscillations Bloch wave Bohr magneton Bohr model Boiling point Boltzmann's entropy formula Bose–Einstein statistics Boson Brownian ratchet C Canonical transformation Capacitance Capstan equation Carnot cycle Cauchy momentum equation Causality Causality (physics) Cherenkov radiation Characteristic time Charge (physics) Charge density Classical limit Classical mechanics Clausius–Mossotti relation Clockwise Closed system Coherence (physics) Commutative property Condensed matter physics Conservation law Convection Cooper pair Copenhagen interpretation Coulomb gap Coulomb's law Covariance group Covariance principle Covariant formulation of classical electromagnetism Cross section (physics) Crystal Current density D Darwin Lagrangian Deflection (physics) Degenerate semiconductor Degrees of freedom (physics and chemistry) Density Density of states Derivation of the Navier–Stokes equations Diffraction Diffraction formalism Dimension Dipole Dispersion relation

E Electric torque Electrical conductor Electromagnet Electron Electron equivalent Electrostatics Elementary particle Emission spectrum Empty lattice approximation Enthalpy Configuration entropy Entropy EPR paradox Equation of state Equipartition theorem Equivalence principle Ergodic hypothesis Euclidean vector Euler equations (fluid dynamics) Euler's laws of motion F Faraday's law of induction Fermi's golden rule Fermion Fermi–Dirac statistics Ferromagnetism Feynman diagram Field (physics) Field effect (semiconductor) Fine-structure constant First law of thermodynamics Flavour (particle physics) Focal cloud Focus (optics) Force Four-vector Fourier transform Fractional quantum mechanics Frame-dragging Free electron model Free particle Frequency G Gas General relativity Gibbs free energy Ginzburg criterion Gravitation Gravitational singularity Gravitational two-body problem Green's function H H-theorem Hamiltonian mechanics Heat Heat capacity Heat engine Helmholtz free energy Hydrogen atom Hysteresis I Impulse (physics) Instability Insulator (electricity) Internal energy Intrinsic parity Introduction to mathematics of general relativity Invariant (physics) Invariant mass Ionic conductivity Ising model

K Kinetic scheme Kinetic theory Klein–Gordon equation L Lagrangian Lamb shift Legendre transformation Leggett inequality Length measurement Length scale Lepton Linear response function Linear-rotational analogs Linearity Long-slit spectroscopy Lorentz force Lorentz force velocimetry Lorentz scalar Lorentz transformation Lorenz gauge condition M Macroscopic scale Magnetic braking Magnetic field Magnetization reversal by circularly polarized light Magnetohydrodynamics Majorana fermion Mass Mass versus weight Mass-to-charge ratio Master equation Matrix mechanics Maxwell relations Maxwell's demon Maxwell's equations Maxwell's equations in curved spacetime Maxwell–Boltzmann statistics Mean field theory Melting point Metric tensor Microscopic scale Minkowski space Moment of inertia Momentum Moyal bracket N Navier–Stokes equations Negative frequency Negative refraction Newton's law of universal gravitation Newton's laws of motion Newton's theorem of revolving orbits Newtonian dynamics Newtonian motivations for general relativity Node (physics) Noether's theorem Non-contact force Non-equilibrium thermodynamics Nonlinear system Introduction to gauge theory Nuclear fission Nuclear fusion Nuclear physics O Observer (physics) Observer (quantum physics) Onsager reciprocal relations P Paramagnetism Parity (physics) Partition function (statistical mechanics)

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