Language: English
ISBN/ISSN: 7030122089
Published on: 2003-01
Hardcover
The present monograph aims mainly at a systemic presentation of the quantum statistical theories of biophoton emission and their applications. A phenomenological theory has been developed for description of the total dynamics of the system, including excitation and relaxation processes, and its consequences have exhibited widespread applications in the measurements of the liquid properties, in particular, the rapid measurement of the bacterial contamination in the solution.
CONTENTS
1. Entropy of Radiation Fields
2. The Maximum Entropy Principle for Radiation Fields
3. Jaynes-Cummings Models: Interaction of Single Atom with Single-mode Field
4. Dicke Model: Cooperative Emission of Many-atom System
5. Introduction to Biophotonics
6. On Coherence Theory of Biophoton Emission
7. Quantum Theory of Biophoton Emission
8. Biophoton Emission and Organizational Order
9. Biophoton Emission and Phase Transitions
10. Biophoton Emissiion and Semiclassical Theory
11. Biophoton Emission and Quantum Interference
12. Biophoton Emission and Nonclassical Light
13. Sonoluminescence: Interaction between Photons and Phonons
14. Dynamic Electrochemiluminescence: Modeling, Experiments and Applications
15. Dynamic Electrochemiluminescence of Solution Containing Microbes
Subject Index
