⚛️ Physics Learning Hub
Explore the universe with topics covering mechanics, electricity, magnetism, optics, quantum physics, and more
Advanced Physics
In-depth physics concepts and advanced theories
AC Circuits & Power Factor
Alternating current, LCR circuits, and efficiency
AP Physics 1 Equation Sheet
Quick reference for essential physics formulas
Astrophysics & Cosmology
Study of stars, galaxies, and the universe
Basic Electricity & Ohm’s Law
Fundamentals of circuits and electrical principles
Capacitance & Dielectrics
Energy storage and dielectric materials in capacitors
Conservation Laws
Momentum, energy, and angular momentum conservation
Current Electricity
Electric current, resistance, and circuit concepts
Kirchhoff’s Laws & Wheatstone Bridge
Circuit analysis using Kirchhoff’s laws and Wheatstone bridge
Elasticity & Stress-Strain
Mechanical properties of materials under stress
Electrodynamics & Maxwell’s Equations
Electric and magnetic fields in motion
Electromagnetic Induction
Inducing current through changing magnetic fields
Electronics & Communication
Semiconductors, circuits, and communication systems
Electrostatics
Charges, Coulomb’s law, and electric field concepts
Coulomb’s Law & Electric Potential
Electric forces, fields, and potential energy
Fluid Mechanics
Pressure, buoyancy, and fluid dynamics
Friction
Resistance forces between surfaces in contact
Geometrical Optics
Lenses, mirrors, and ray optics principles
Gravitation
Universal gravitation and planetary motion
Heat & Temperature
Understanding thermal energy and temperature scales
Circular Motion & Electricity
Generating electricity using rotational motion
Kinematics in 3D
Motion analysis in three dimensions
Lagrangian & Hamiltonian Mechanics
Advanced classical mechanics formulations
Newton’s Laws of Motion
Fundamentals of force, motion, and inertia
Magnetic Effects of Current
Magnetism generated by electric currents
Magnetism & Electromagnetism
Principles of magnets and induced fields
Advanced Magnetism & Electromagnetism
Extended study of magnetic and electromagnetic phenomena
Maxwell’s Equations (Basic)
Fundamental equations of electromagnetism
Mechanics
Study of forces, motion, and energy in systems
Modern Physics
Quantum mechanics, relativity, and atomic theory
Atoms & Radioactivity
Structure of atoms and radioactive decay
1D & 2D Motion
Kinematics in one and two dimensions
Nonlinear Dynamics & Chaos
Study of chaotic systems and nonlinear phenomena
Nuclear & Particle Physics
Subatomic particles and the Standard Model
Nuclear Fission & Fusion
Nuclear reactions, decay chains, and energy release
Optics
Light behavior, reflection, refraction, and lenses
Photoelectric Effect
Emission of electrons under light and Einstein’s equation
Physics Overview
Comprehensive physics concepts and topics
Waves & Sound
Mechanical waves, sound propagation, and acoustics
Physics Learning Hub
Central hub for physics resources and topics
Plasma Physics
Study of ionized gases and plasma behavior
Quantum Field Theory
Advanced quantum mechanics and particle fields
Quantum Mechanics
Wave functions and Schrödinger equation
Reflection & Refraction
Light bending, mirrors, and lenses
Relativity
Special and General Relativity concepts
Rotational Motion & Torque
Rotating bodies, angular velocity, and torque
Scalars & Vectors
Magnitude and direction in physics quantities
Simple Harmonic Motion
Oscillatory motion of springs and pendulums
Solid State Physics
Crystals, band theory, and material properties
Statistical Mechanics
Macroscopic systems from microscopic properties
String Theory & M-Theory
Advanced theoretical physics of strings and dimensions
Superconductivity
Zero resistance in materials at low temperatures
Thermodynamics (Advanced)
Advanced study of heat, work, and energy transfer
Thermodynamics & Heat
Heat energy, laws of thermodynamics, and applications
Basic Laws of Thermodynamics
Zeroth, First, Second, and Third Laws explained
Units & Dimensions
Fundamental and derived physical quantities
Wave Optics
Interference, diffraction, and polarization of light
Work, Energy & Power
Mechanical work, energy conservation, and power