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PhysicsOpen Courseware and Resources Physics: science of matter and its motion, as well as space and time, deals with concepts such as force, energy, mass, and charge (Wikipedia).Lectures on Classical DynamicsNewtonian Mechanics, Lagrangian Formulation, Motion of Rigid Bodies, Kinematics,Hamiltonian Formulation
Introduction to Quantum MechanicsHistorical setting, Young's double slit experiment  Quantum mechanical behaviour, Wave Functions, Operators, Schrödinger's TimeDependent Wave Equation, Calculating Observables, Schrödinger's TimeIndependent Wave Equation, Simple Quantum Systems
Flash Animations for Physicschaos, classical mechanics, electricity & magnetism, micrometer caliper, nuclear, optics, oscilloscope, quantum mechanics, relativity, sound waves, vectors, waves
Introductory Physics Notesgeneral noncalculus: motion, force, work & energy, momentum & collisions, circular motion & law of gravity, rotational equilibrium & dynamics, solids & fluids, vibrations & waves, electric fields & potentials, current & resistance, magnetism, wave properties of light, quantum, atomic, nuclear
Modern Physicsspecial relativity, photons, atoms, particles & waves, Schrodinger's equation, Atoms and Nuclei
Theoretical Physics (by Gerard 't Hooft)articles (how to become a good / bad theoretical physicist), courses (group theory, introduction to general relativity, special functions & polynomials, string theory, quantum mechanics & determinism at Planck scale)
Free Physics Instructional Softwaredownloads: animated chalkboard (motion, energy, relativity, optics, various), energy management simulators, photorealistic laboratory simulations
Introductory Physics (2 parts)forces, kinetics, equilibria, fluids, waves, presents concepts & methodologies for understanding physical phenomena. ( part 2)
Relativistic Quantum Field Theorystandard model of particle physics, including both its conceptual foundations & its specific structure, some current research frontiers: study materials
Electromagnetismvector calculus, Maxwell's equations, energy & momentum, magnetic monopoles. linear media, plane waves scalar and vector potentials, radiation from generalised localised source, scattering, special relativity, chargecurrent density fourvector, fields from static source & moving charged particle, Lagrangian & Hamiltonian for charged particle, discussion of modern fields (standard model, duality, gravity, mtheory)

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