
Electromagnétisme et Relativité
Category :Special Relativity
Language:
clicks:
5191
 Contents: I Introduction;
II Mécanique Analytique; III Relativité Restreinte; IV Propagation et diffraction;
V Sources du rayonnement; VI Electromagnétisme dans la matière. 

Lectures on Advanced Quantum Mechanics
Category :Advanced Quantum Mechanics
Language:
clicks:
5161
The legendary 1951 Dyson Lectures on Advanced Quantum Mechanics are finally LaTeXed, with thorough annotations and an index as an added bonus. 
The lecture notes in MD Simulation Methods
Category :Molecular Dynamics
Language:
clicks:
5089
Contents: Mathematical tools; Basic concepts; Monte Carlo method;
Molecular Dynamics method;
Simple systems; Dynamic systems;
Rigid molecules;
Flexible molecules; Molecular force fields.

Course in Electrodynamics
Category :Electricity and Megnetism
Language:
clicks:
5048
Contents: Basic equations; Electrostatics; Magnetostatics; Law of Induction; Maxwell's Equations; Electromagnetic Waves; Electrodynamic Potentials; Lorentz Invariance of Electrodynamics; Different Sy . . . . . 
OPTICS
Category :Optics
Language:
clicks:
5031
Contents: Geometrical Optics; Physical Optics; Fraunhofer Diffraction; Fourier methods in Optics; Optical instruments and fringe localization; The diffraction grating spectrograph; The Michelson (Fo . . . . . 
Lecture Notes on General Relativity
Category :General Relativity
Language:
clicks:
5012
Contents: Introduction; Special Relativity and Flat Spacetime; Manifolds; Curvature; Gravitation; More Geometry; Weak Fields and Gravitational Radiation; The Schwarzschild Solution and Black Holes; Co . . . . . 
Density functional approach to the manybody problem
Category :Density Functional Theory
Language:
clicks:
4981
We give an overview of the fundamental concepts of density functional
theory. We give a careful discussion of the several density functionals and
their di®erentiability properties. We show that for . . . . . 
Classical Electromagnetism
Category :Electricity and Megnetism
Language:
clicks:
4964
Contents: Introduction; Relativity and electromagetism; Dielectric and magnetic media; Electromagnetic wave propagation in dielectrics; Radiation and scattering; Resonant cavities and waveguides; M . . . . . 
Green's functions for solving differential equations, in nonboundary value problems in optics and in quantum transport
Category :Transport
Language:
clicks:
4940
Green's functions for solving differential equations, in nonboundary value problems in nearfield optics and in quantum transport through point contacts.
This introduction to Green's functions is ba . . . . . 
Solid State II
Category :Solid State Physics
Language:
clicks:
4919
Contents: Second Quantization; Electronelectron interactions; Magnetism; Electronphonon interaction; Superconductivity; Quantum transport. 
Geometric Optics
Category :Optics
Language:
clicks:
4868
Contents: Reflection and Refraction; Lens and Mirror Calculations; Optical Instruments. 
Neutrinos and the stars
Category :Astrophysics of stars
Language:
clicks:
4837
The role of neutrinos in stars is introduced for students with little prior astrophysical exposure. We begin with neutrinos as an energyloss channel in ordinary stars and conversely, how stars provid . . . . . 
Introduction to relativistic astrophysics and cosmology
Category :Astrophysics
Language:
clicks:
4833
The basics of the relativistic astrophysics including the celestial mechanics in weak field, black holes and cosmological models are illustrated and analyzed by means of Maple 6, 124 pages. 
Introduction to Quantum Field Theory
Category :Quatum Field Theory
Language:
clicks:
4755
The author tried to give a reasonably connected outline of part of QFT, from second quantization to the pathintegral technique in Euclidean space, where there is an immediate connection with the rule . . . . . 
Numerical Simulations in Cosmology I
Category :Computational Physics
Language:
clicks:
4738
This lecture gives a short introduction to different methods used in cosmology. The focus is on major features of Nbody simulations: equations, main numerical techniques, effects of resolution, and m . . . . . 