iBerry

Newtonian Mechanics, Lagrangian Formulation, Motion of Rigid Bodies, Kinematics,Hamiltonian Formulation

Historical setting, Young's double slit experiment - Quantum mechanical behaviour, Wave Functions, Operators, Schrödinger's Time-Dependent Wave Equation, Calculating Observables, Schrödinger's Time-Independent Wave Equation, Simple Quantum Systems

chaos, classical mechanics, electricity & magnetism, micrometer caliper, nuclear, optics, oscilloscope, quantum mechanics, relativity, sound waves, vectors, waves

general non-calculus: 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

special relativity, photons, atoms, particles & waves, Schrodinger's equation, Atoms and Nuclei

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)

downloads: animated chalkboard (motion, energy, relativity, optics, various), energy management simulators, photo-realistic laboratory simulations

forces, kinetics, equilibria, fluids, waves, presents concepts & methodologies for understanding physical phenomena. ( part 2)

standard model of particle physics, including both its conceptual foundations & its specific structure, some current research frontiers: study materials

vector calculus, Maxwell's equations, energy & momentum, magnetic monopoles. linear media, plane waves scalar and vector potentials, radiation from generalised localised source, scattering, special relativity, charge-current density four-vector, fields from static source & moving charged particle, Lagrangian & Hamiltonian for charged particle, discussion of modern fields (standard model, duality, gravity, m-theory)