# PlanetPhysics/Overview of the Content of PlanetPhysics
### Overview of the Contents of PlanetPhysics

This topic provides a convenient entry point into the content of the PlanetPhysics.org website. It is organized around the main subject areas of Physics that are addressed in representative area topics. Each of the linked topic entries provides an overview of the content of the specified area of physics.

## Main Areas of Physics:
### Theoretical and Mathematical Physics

\Large FOUNDATIONS OF PHYSICS
\Large FUNDAMENTAL EQUATIONS OF PHYSICS
\Large THEORETICAL AND MATHEMATICAL PHYSICS; PHYSICAL MATHEMATICS
* Nonlinear dynamics
* quantum mechanics (QM)
* quantum field theories (QFT)
* topological Quantum Field Theory
* Axiomatic quantum field Theory--Local Quantum Physics
* Non--Abelian Gauge theories
* String Theories
* noncommutative geometry
* quantum geometry
* Quantum Algebraic Topology
* categorical physics
* quantum gravity
* Cosmological theories, the Big--Bang theory
* Geometrodynamics
Classical Mechanics
Relativity Theories
Dynamic Systems Theory
Statistical Mechanics and Molecular Dynamics
Chaos Theories
COMPLEX SYSTEMS DYNAMICS AND MATHEMATICAL BIOPHYSICS

### Experimental Physics

\Large ACOUSTICS AND
HIGH FREQUENCY VIBRATIONS
\Large OPTICS AND ELECTROMAGNETISM
\Large MOLECULAR PHYSICS,
\Large THERMODYNAMICS
\Large QUANTUM PHYSICS: QED, QFT, AQFT, QCD, QUANTUM GRAVITY, QUANTUM COMPUTING AND Q-LOGIC
QUANTUM COHERENT SYSTEMS, FLUID AND superfluid DYNAMICS
\Large SOLID STATE PHYSICS
AND \PMlinkexternal{QUANTUM FIELD THEORY OF CONDENSED MATTER CRYSTALLOGRAPHY{http://planetphysics.org/?op=getobj&from=lec&id=50} op=getobj&from=books&id=20}
\Large HIGH ENERGY PHYSICS, CHROMODYNAMICS/QCD AND ELEMENTARY PARTICLES

### Applied Physics Areas

\Large APPLIED PHYSICS TOPIC
ASTROPHYSICS, GEOPHYSICS, GRAVITATION, COSMOLOGY AND SPACE EXPLORATION
ENERGY SCIENCE,
NUCLEAR PHYSICS, FUSION, plasma PHYSICS AND ALTERNATIVE energy RESEARCH
EXPERIMENTAL BIOPHYSICS OF COMPLEX SYSTEMS,
MEDICAL PHYSICS AND NUCLEAR MEDICINE
\Large INTERDISCIPLINARY AND COMPUTATIONAL PHYSICS
\Large PHYSICS EDUCATION AND EDUCATORS

### Specific topics:

* Crucial Experiments in Physics (in Foundations of Physics)
* Topic on the Principles and Laws of Physics
* Topics on International/major Physics Research Projects
* Topics on Axioms
* Topics on Relativity Theories
* Thermodynamics and statistical mechanics
* Algebraic Quantum Field Theory (AQFT)
* Classical Mechanics
* solid State Physics
* fluid dynamics and Rheology
* Topic on Acoustics
* Topics on Electromagnetism and Optics
* Physical Instrumentation Topic
* Optoelectronics and Lasers Topic
* Topics on superconductivity
* Molecular spectroscopy topics
* Topics on Atomic Physics
* Topics on nuclear physics
* Theoretical Nuclear Fusion and Plasma Physics
* Topics on Nucleonics
* Nuclear Medicine Topic
* Quantum Electrodynamics (QED) Topic
* Quantum Field Theory (QFT) Topic
* Quantum Chromodynamics (QCD) Topic
* Topics on Elementary Particles
* Quantum Geometry Topic
* Topological Quantum Field Theory Topics
* High Energy and Elementary Particle Physics Topics
* Dynamic Systems Topic
* Chaotic Systems Topic
* Complex Systems Topic
* Computational Physics Topics
* Mathematical and Theoretical Physics Topics
* Physical Mathematics Topics
* Astrophysics and Cosmology Topics
* Geophysics
* Solar Physics
* Biophysics and Mathematical Biophysics Topics
* Polymer and Macromolecular Physics
* Nanophysics and nanorobotics; Quantum Dots, quantum logics and quantum computers
* Applied Mathematics--related to Physics Topics

### Miscellaneous:

* High school physics
* GRE Physics Study Guide
* Major resources and Facilities for Physics Research and Development
* Bibliographies and Reference Lists
* Topic on Equations in Mathematical Physics
* Index of Fundamental concepts in Physics
* Index of Physical Notations