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  • Physics and its branches
  • Chemistry
  • Biology
  • Mathematics
  • Formulas, Theories, laws
  • Lots more

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What is Physics?

Physics is the most fundamental branch of physical science which deals with the study of matter and energy, and their relationship with each other. Simple physics definition is, Physics is basically the study of how objects behave. Physics is an important and basic part of physical science. It is an experimental science. Classical Physics and Modern Physics are two Major Types of Physics.

Types of Physics

The Main Branches of Physics are:

  • Classical Physics
  • Quantum Physics or Modern Physics

Classical Physics believes in a single nature, only the particle nature of matter. It provides the macroscopic vision of matter. It is based upon Newton’s laws of mechanics and Maxwell’s laws of electromagnetism. Quantum Physics believes in the dual nature, both particle and wave nature of matter. It provides a microscopic vision of matter. It is based upon Planck’s quantum theory of light and De Broglie’s idea of matter-wave. In the practical field, The common branches of Physics are:

If you are confused about clicking on which type of topics then visit our site map in which all topics are listed on individuals branches of physics. Besides this, you can also use a search bar to find wanted topics.

More Related  Topics in Physics:

Branches of Mechanics Electric field Speed velocity
Acceleration formula Kinematic Equations Types of Motion Projectile Motion equations
Different types of Forces and their examples Newton`s  Laws of Motion Law of conservation of Momentum Types of Friction
Gravity Kepler`s laws of planetary motion Energy Kinetic Energy Formula
Potential Energy formula Work-Energy Theorem  derivation Energy Sources Work
Solar Energy Torque Elastic Collision and its types Fluid Mechanics
Equation of Continuity derivation Bernoulli Equation derivation Pascal law and its applications Archimedes Principle definition
Pressure Atmospheric pressure Applications of Viscosity Temperature scales
Heat Convection heat transfer examples Conduction heat transfer examples Radiation heat transfer examples
Types of  Thermometers Temperature Scales Thermal Radiation Specific Heat capacity
Planck’s Quantum Theory Photoelectric Effect equation Uncertainty Principle definition Electromagnetic induction
Time-dependent Schrodinger Wave Equations Electric potential formula Types of electric Electric Charge Electric Current formula
Potential Difference Resistance Ohm Law formula Types of Capacitors
Black body radiation Electrical Energy examples Reflection of light Kirchoff’s law of volatge
Wheatstone Bridge Gauss’s law and its applications The doppler effect cases Inductor
Electric field lines Coulomb’s law formula Refraction  of light diffraction  of light
Types of Optical Lenses Types of Spherical mirrors Capacitance of a capacitor Interference of light with examples
Lenz’s Law of electromagnetic induction Faraday’s Law  of electromagnetic induction Types of waves Carnot engine
Black body radiation Electric flux formula and examples Radioactivity definition Polarization of light types
Types of optical fiber Four fundamental forces of nature Bohr’s model of the atom postulates The universal law of gravitation
Dual nature of matter uses of laser in daily life The second law of thermodynamics Ist Law of Thermodynamics


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