Introduction to Physics

It is a fundamental science that studies matter, energy, and their interactions.

Deals with macroscopic objects and phenomena we observe in our everyday lives, like the motion of planets, projectiles, and machines. 

• Modern Physics

• Classical Physics

• Particle Physics

• Quantum Physics

Explores phenomena at atomic and subatomic levels, and at very high speeds or strong gravitational fields.

Deals with motion, force, work, and energy

• HEAT & THERMODYNAMICS

• MECHANICS

• OPTICS

• WAVE MOTION & SOUNDS

Deals with the study of light and its properties

• WAVE MOTION & SOUNDS

• OPTICS

• HEAT & THERMODYNAMICS

• MECHANICS

Deals with the properties of and the reactions within the atomic nucleus.

• NUCLEUS PHYSICS

• QUANTUM PHYSICS

• NUCLEAR PHYSICS

• GENERAL RELATIVITY

Tells how matter curves space-time and how the curvature of space-time dictates the trajectory of matter and light.

• GENERAL RELATIVITY

• NUCLEAR PHYSICS

• PARTICLE PHYSICS

• QUANTUM PHYSICS

Deals with phenomena associated when an object moves with speeds approaching the speed of light in a vacuum.

• PARTICLE PHYSICS

• GENERAL RELATIVITY

• QUANTUM PHYSICS

• SPECIAL RELATIVITY

Deals with the nature and behavior of matter and energy on the atomic and subatomic levels.

• QUANTUM PHYSICS

• SPECIAL RELATIVITY

• NUCLEAR PHYSICS

• GENERAL RELATIVITY

Deals with phenomena associated with electrical charges, magnetism, and phenomena associated with electrical charges.

• WAVE MOTION & SOUNDS

• OPTICS

• HEAT & THERMODYNAMICS

• ELECTRICITY & MAGNETISM