Research in physics is divided into several fields that study different aspects of the material world. Condensed matter physics, estimated as a physics major, studying the properties of objects, such as solid objects and liquids that we encounter every day, that comes from mutual interaction of properties and atoms. Physics, Atomic, molecular, optical and dealing with individual atoms and molecules, and the way they absorb and emit light. The field of particle physics, also known as "high-energy physics", studying the properties of particles, super small, much smaller than atoms, including the fundamental particles that make up other objects. Finally, applying the laws of physics Astrophysics to explain astronomical phenomena, ranging from the Sun and other objects in the solar system to the universe as a whole.
Area sub-fields main Concept Theory
Planetary science, cosmology, astrophysics, plasma physics of the Big Bang, cosmic Inflation, general relativity, the universal law of gravity of black holes, cosmic background radiation, Galaxy, gravity,
Gravitational Radiation, planets, solar system, stars
Physics, Atomic, molecular, and optical physics, Atomic, Molecular Physics, optics, quantum Optics Diffraction Photonik, electromagnetic radiation, lasers, Polarization, spectral Lines
Accelerator Physics particle physics Nuclear Physics, the standard Model, the theory of unification, M-theory of Fundamental Forces (gravitational, electromagnetic, weak, strong), the particle element, Antimatter, spontaneous symmetry Braking, Playlist, the overall theory of vacuum Energy
Condensed matter physics, solid-state physics, material Physics, polymer Physics, BCS theory, granular Material Wave Fermi Gas, Bloch, Fermi Liquid theory of many-body phase (solid, liquid, gas, Bose-Einstein Condensate, superconductor, superflu), conduction of electricity, Magnetism, organizing themselves, Rotate, symmetry Braking sponta
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