I. FUNDAMENTAL PROPERTIES OF ELECTRONS 6) WAVE PACKETS, GROUP VELOCITY, EFFECTIVE MASS
1) BASIC CLASSICAL PROPERTIES OF ELECTRONS IV. FUNDAMENTAL ELECTRONICS PROCESSES IN SOLIDS
2) WAVE PROPERTIES OF ELECTRONS 1) DRIFT AND DIFFUSION OF CARRIERS, MOBILITY
3) SCHRODINGER WAVE EQUATION 2) THERMAL EFFECTS
4) SPECIAL SOLUTIONS OF WAVE EQUATION 3) HALL EFFECT
II. STATISTICS OF PARTICLES 4) EXCESS CARRIERS AND EXCESS CARRIER LIFETIME
1) STATISTICAL DESCRIPTION OF PARTICLE PROPERTIES 5) PHOTOCONDUCTIVITY
2) FERMI-DIRAC STATISTICS V. QUANTUM ELECTRONICS
3) MAXWELL-BOLTZMANN STATISTICS 1) DISCRETE LEVEL SYSTEMS
4) BOSE-EINSTEIN STATISTICS 2) EMISSION AND ABSORPTION
5) RELATIONSHIP TO THERMODYNAMICS 3) POPULATION INVERSION
III. PROPERTIES OF ELECTRONS IN SOLIDS 4) MASER AND LASER
1) CRYSTAL PROPERTIES OF SOLIDS
2) ELECTRON ENERGY LEVELS IN SOLIDS
3) ENERGY BANDS AND DENSITY OF STATES
4) METALS, SEMICONDUCTORS, AND INSULATORS
5) LOCALIZED ENERGY STATES OF IMPURITIES