Chapter I. The Physical Basic of Quantum Mechanics II. The Schrodinger Wave Equation III. Eigenfunctions and Eigenvalues IV. Discreate Eigenvalues Energy Levels V. Continuous Eigenvalues Collison Theory VI. Matrix Foemulation of Quantum Mechanics VII. Approximation Methods for Stationary Problems VIII. Approximation Methods for Time-Dependent Problems IX. Identical Particles and Spin X. Semiclassical Treatment of Radiation XI. Atom Molecules and Atomic Nuclei XII. Relativistic Wave Equation XIII. The Quantization of Wave Fields XIV. Quantum Electrodynamics