• Introduction
• Rise and fall The logistic equation
• Mechanics and gravity Newton's dynamical equations and universal law of gravity
• The electromagnetic force on a charge The Lorentz force law
• A local conservation law The continuity equation
• Electrodynamics The Maxwell equations
• Electromagnetic waves The wave equations
• Solitary waves The Korteweg-De Vries equation
• ThermodynamicsThe three laws of thermodynamics
• Kinetic theoryThe Bolzmann equation
• HydrodynamicsThe Navier-Stokes equations
• Special relativityRelativistic kinematics
• General relativityThe Einstein equations
• Quantum mechanicsThe Schrödinger equation
• The relativistic electronThe Dirac equation
• The strong forceQuantum chromodynamics
• Electro-weak Interactions The Gashow–Weinberg–Salam model
• String theory The superstring action
• Back to the future A final perspective

Sander Bais is a theoretical physicist at the University of Amsterdam.

Read More by Sander Bais:

• The Equations: Icons of Knowledge