Includes Index.

Contents: Mechanics: General remarks -- Language equations -- Examples of contructing the language equations -- Conservation laws -- Motion in a central field -- Collision of particles -- Small oscillations -- Noninetial frames of reference -- Dynamics of rigid bodies -- Hamilton's equations and hamilton Jacobi equation -- Electrodynamics: Veector analysis -- Maxwell's equations -- Eientein's relativity principle -- Relativistic mechanics -- Action of an electrostatics of point charges -- Magnetostatics waves -- Transmission of signals. Almost plane waves -- The Emission of electromagnetic waves -- Quantum mechanics: The Inadequacy of classical mechanics. The Analogy between mechanics and geometrical optics -- Electron diffraction -- The Wave equation -- Operators in quantum mechanics -- Expansions in wave functions -- Tranformation of independent variables -- Operators in metrix representation -- Some problems in coordinate representation -- Motion in a central potential -- Electron spin -- The Quasi-classical approximation -- Perturbation theory -- Many electron systems. The Atom -- Diatomic molecules -- The Quantum theory of scattering -- The Quantum theory of radiation -- The Quantum theory of radiation -- The Dirac equation -- Supplementary exercises.