PHY, Contents

PHY01 : Classical mechanics

Physical constant and unit and equation
Kinematics
Newtonian mechanics
Central forces
Calculus of variations
Lagrange dynamics
Hamiltonian dynamics
Chaotic systems
Rigid body
Nonlinear dynamics

PHY02 : Electromagnetism

Electrostatics
Special techniques
Electric fields in matter
Magnetostatics
Magnetic fields in matter
Electrodynamics
Conservation laws
Electromagnetic waves
Potentials and fields
Radiation
Electrodynamics and relativity

PHY03 : Thermodynamic and statistical mechanics

Preliminaries
Kinetic theory of gases
Transport and thermal diffusion
The first law
The second law
Thermodynamics in action
Statistical mechanics
Beyond the ideal gas
Thermodynamics in action
Special topics
Heat flow via time stepping

PHY04 : Quantum theory

Blackbody radiation
The schrödinger equation
One-Dimensional potential
The harmonic oscillator
Anharmonic oscillator
Motion in the central force field
Second virial coefficient and its quantum corrections
Perturbation theory
Variational principle
WKB approximation
Adiabatic
Scattering

PHY05 : Solid state physics

Physics of solids without considering micro- scopic Structure
Structure of materials
Toy models of solids in one dimension
Geometry of solids
Neutron and X-Ray diffraction
Electrons in solids
Magnetism and mean field theories

PHY06 : Theory of relativity

The orbits in general relativity
Light bending in the gravitational field
Einstein’s field equations
The schwarzschild solution
The Reissner–Nordstrom solution for a charged Mass Point