Category:Mathematical physics

• Theorems in mathematical physics‎ (4 C, 11 P)

C

• Calculus of variations‎ (5 C, 74 P)
• Chaos theory‎ (4 C, 69 P)

D

• Differential geometry‎ (20 C, 386 P)
• Differential topology‎ (9 C, 110 P)
• Dynamical systems‎ (21 C, 279 P)

G

• Geodesic (mathematics)‎ (19 P)

I

• Inverse problems‎ (1 C, 33 P)

L

• Lorentzian manifolds‎ (39 P)

M

• Mathematical methods in general relativity‎ (4 C, 38 P)
• Mathematical physicists‎ (218 P)
• Mathematical quantization‎ (1 C, 26 P)

O

• Operator theory‎ (7 C, 155 P)

R

• Random matrices‎ (20 P)

S

• Schrödinger equation‎ (14 P)
• Spinors‎ (2 C, 37 P)
• Statistical mechanics‎ (15 C, 286 P)
• Symmetry‎ (10 C, 129 P)

T

• Tensors‎ (2 C, 101 P)

S

• Supersymmetry algebras in 1 + 1 dimensions
• Physics:Symmetry-protected topological order

T

• Tau function (integrable systems)
• Theory of sonics
• Physics:Three-body problem
• Three-phase traffic theory
• Toda oscillator
• Topological recursion
• Topological string theory
• Tractrix
• Traffic congestion reconstruction with Kerner's three-phase theory
• Traffic flow
• Transfer-matrix method
• Trigonometric Rosen–Morse potential
• Twistor correspondence
• Physics:Two-body Dirac equations
• Two-dimensional Yang–Mills theory

U

• Physics:Udwadia–Kalaba equation
• Physics:Udwadia–Kalaba formulation
• Physics:Uncertainty principle

V

• Vector calculus
• Virasoro algebra

W

• Physics:Wehrl entropy
• Weierstrass transform
• Weingarten function
• Wess–Zumino–Witten model
• Physics:Weyl expansion
• Wiener sausage
• Wigner quasiprobability distribution
• Physics:Wigner rotation
• Physics:Wigner surmise
• Physics:Wigner's classification
• Physics:Wigner–Weyl transform
• Physics:WKB approximation
• Physics:Workshop on Geometric Methods in Physics
• Wu–Sprung potential

Y

• Yang–Mills equations

Z

• Physics:Zero-point energy