This collection contains my latest articles devoted only to the statistical operator and the density matrix. These quantities are the basic and only concepts on which to build a quantum theory.The excellent Schrodinger equation explains the presence of quanta in the emission and absorption spectra of electromagnetic waves by atoms. But this is the most important thing that could be done with this equation.Every system has its own energy. The Schrodinger equation states that the energy of the system is constant. But this is often not enough. Very often, the behavior of the system is influenced by the environment. The easiest way to account for this environmental impact is—this is to show at least one physical quantity that characterizes the environment. Most often, this value is the temperature. A quantum system is called “open” if there is a term in the equation of this system that shows the influence of the environment on the system. The Swedish scientist Lindblad wrote down such an equation for a statistical operator. After him, the author of this book wrote down the dissipative diffusion and damping operators. Substituting these operators into the Lindblad equation, we get a new equation that can already be solved. This book shows examples of the application of this new equation.
Sample Chapter(s)
Preface (63 KB)
Components of the Book:
- Head Page
- Copyright
- Preface
- Content
- Introduction
- CHAPTER 1
LIOUVILLE-VON NEUMANN EQUATION.
- CHAPTER 2
PHOTON ABSORPTION BY HYDROGEN ATOM
- CHAPTER 3
NEW THEORY OF NUCLEAR FORCES
- CHAPTER 4
NEW RELATIVISTIC EQUATION
- Conclusion
- Auther list of scientific articles and books
Readership:
Students, academics, teachers and other people attending or interested in Statistical Operator and Density Matrix.
Boris Vladimirovich Bondarev, Massachusetts Institute of Technology
Boris Vladimirovich Bondarev was born on September 22, 1941. Graduated from the Moscow Institute of Physics and Technology in 1965. After graduation, he worked for three years at the Lebedev Physical Institute of the Academy of Sciences. Then he went on to graduate school at the Moscow Aviation Institute. Since then, he has remained teaching physics at the MAI. During this time, he published 90 scientific articles and wrote 20 books.