Different branches of Physics.

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In addition to the maturity of physics, the physical phenomena observed in nature are distributed under its special branch. Although all the fields of physics are considered together under a single theory, it is still not possible to prove this concept. The main branches of physics are like this:

• Classical mechanics: The material-scientific model of the action of the ball on the objects in classical mechanics is discussed. This model is decisive (deterministic). Classical mechanics is considered to be the limit of quantum mechanics, although it is still not possible to prove it. Classical mechanics can be divided into two parts:
  According to Newtonian classical mechanics, Isaac Newton and rules about his speed.
  According to Relative Mechanics, Albert Einstein and his general relativity theory and special relativity theory.

1. Quantum Mechanics: In this branch, discussions related to nuclear and ultra-nuclear mechanisms and radiation are subject to observable amount. The basis of quantum mechanics is the observation that all the energy is emitted in the form of a bunch of different isolated units, the clusters are called Quanta (plural). In Quantum theory, the probability-based or statistical calculation is possible only for the various characteristics of observable particles, and these are discussed in the form of wave functions.
2. Electromagnetism: This section discusses the physics of electromagnetic field. The electromagnetic field is a field that can be applied to all the wide and electric charge charged particles. Likewise, the presence and movement of electric charge can affect the electromagnetic field inversely.
   Statistical mechanics and thermodynamics: These branches discuss heat, work and entropy. Thermodynamics are discussed in the theology of macroscopic and the effects of temperature, pressure, volume, mechanical work etc. are studied. In statistical mechanics, the macroscopic mechanism of macroscopic mechanisms is used to measure the macroscopic view of thermodynamics by applying the method of metabolism and the behavior of atomic particles in quantitative mechanics, or in quantitative mechanics.

Other branches of Physics

• Acoustics - the study of mechanical waves in solids, and gas (such as vibration and sound)
• Agricultural Physics (Agrophysics) - The application of agricultural firms in the study of physics
  Soil physics - study of earth's physical properties and processes.
• Astrophysics - The physical religion study of cosmic objects
• Astronomy - In addition to its structure and development in the universe outside the Earth, evolution, physics, chemistry, meteorology, and the motion of the celestial objects (such as galaxies, planets, etc.) and phenomena that arise outside the Earth's atmosphere (eg cosmic background radiation).
• Astrodynamics - Application of mechanics for the real problems related to rocket and other spacecraft movements.
• Astrometry - A branch of astronomy that is involved in the exact measurement of the location and position of large and other objects.
• Extragalactic Astronomy - Astrology branch that relates to external galactic objects in our own galaxy
  Galactic Astronomy - Study our own galaxy galaxies and all its contents.
• Physical cosmology - related to the basic questions about the large-scale structure and dynamics of the universe and its formation and evolution.
  Planetary science - the systems of planets (including the Earth) of the moon, the moon and the planets, especially the solar system and their formation processes.
• Stellar astronomy - Natural science that cosmic objects (such as stars, planets, comets, star merges and galaxies) and the atmosphere of the Earth (such as cosmic background radiation)
• Atmospheric Physics - Study of Physical Physics in the Astronomy
  Atomic, molecular, and optical physics (Atomic, molecular, and optical physics)
• Biophysics - Interrelated science that uses physics to study biological methods
• Medical physics - the idea of ​​physics, theories and methods of medicine.
• Neurophysics - Biological sections dealing with the nervous system.
• Chemical Physics - A branch of physics that studies chemical processes from the point of view of physics.
• Classical physics - Physics that predict the advent of quantum mechanics.
• Computational physics - Research and implementation of numerical algorithms for solving physics problems, for which a quantitative theory already exists.
• Condensed matter physics - Study the physical properties of matter condensed material.
• Cryogenics - the production of very low temperatures (-150 ° C, -238 ° F or 123 kelvin) in chrhegenics and the behavior of materials in these temperatures.
• Dynamics - Research on speed changes and speed changes
• Particle physics - discusses the structure and their radiation of the atoms of matter.

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