Part 1??? PHOTONS: WAVE MECHANICS AND QUANTUM FIELD THEORY
1???????????? Birds-eye view of electrodynamics as a gauge theory .
2???????????? Dynamical evolution equations of gauge photons .
3???????????? Quantum theory of gauge photons in structural vacuum .
4???????????? Maxwell operator equations. Einstein causality .
Part 2??? ZERO - AND ONE-PHOTON STATES. BI-PHOTONS
5???????????? From gauge-photon vacuum to bi-photons .
6???????????? Operator extinction theorem: Mean fields, correlations, and fluctuations in free space .
7???????????? Group Theory of One-Photon States .
8???????????? Wave-packet photons and bi-photons .
Part 3??? CONSERVATION LAWS AND LAGRANGIANS. GEOMETRIC PHASE AND TOPOLOGY
9???????????? From gauge-photon wave mechanics to the magnetostatic Aharonov-Bohm vector potential .
10?????????? Invariance properties and conservation laws in electrodynamics .
11?????????? Topology and geometric phase .
12?????????? Lagrangian approach to electrodynamics .
Part 4??? PHOTON SCATTERING THEORY. DENSITY OPERATOR FORMALISM .
13?????????? Standard light scattering theory, ante omnia .
14?????????? Semiclassical light scattering .
15?????????? Density matrix formalism. Resolvent operator .
16?????????? Microscopic extinction theorems .
Part 5??? BASICS OF MESOSCOPIC ELECTRODYNAMICS
17?????????? Notes on nonlocal electrodynamics .
18?????????? Quantum-field formalism.
19?????????? Surface plasmons, plasmaritons and jellions: Classical electrodynamics .
20?????????? Quantum theory of collective jellium fields l39