mathematical physics
This is a contributed topic on major areas in theoretical and mathematical physics.
Major, suggested areas are:
- Netwon's theory of Gravitation
- photoelectric effect
and Einstein's
explanation/ formulae
- Einstein's special relativity
theory
- Einstein's General Relativity theory
- quantum mechanics;
- quantum field theories
(QFT), TQFT
and HQFT
- algebraic
and Axiomatic Quantum Field Theories
(AQFT)
- quantum electrodynamics
(QED)
- Quantum Chromodynamics (QCD)
- quantum gravity
(QG)
- quantum automata
and Quantum Computing
- non-Abelian
gauge theories
- Non-Abelian Quantum Algebraic Topology
- Standard Model (SUSY)
- non-commutative geometry
in QG and SUSY
- supersymmetry
and supergravity
theories
- Harmonic oscillator and coupled oscillator
theories;
- fluid dynamics
and Rheology;
- Kinetic theory of gases and Classical statistical mechanics
- quantum statistical mechanics
(QS)
- Theories in High energy physics
and Elementary Particles
- Ergodic systems
Information theory and Irreversible Thermodynamics
- Complex system dynamics
(CSD)
- Functional Analysis
- Chaotic Systems and Chaos
- non-Newtonian calculi
- Mathematical and theoretical biophysics
- Solid-State Theories: Semiconductors, Hall effect,Josephson effect, etc.
- Theories of superconductivity
and superconductors
- Symmetry and quantum group
theories
- Paracrystals and paracrystal theory
- Theories of Noncrystalline materials and glasses
- Theories of Phase Transitions and Symmetry Breaking
- Ax
- Ay
- Az
- 1
-
Weinberg, Stephen.: 1995, The Quantum Theory of Fields, vols. 1 to 3, Cambridge Univ. Press.
Contributors to this entry (in most recent order):
As of this snapshot date, this entry was owned by bci1.