Chemisorption Under Stress
Abstract
The ultimate solution of the problem of Chemisorption Under Stress will developed 1) a first principles theory for the calculation of the energy levels of solids as well as of aggregates of atoms that is analytically exact and computationally efficient giving the energy levels to unperecedented accuracy with a minimum of computational effort; 2) a first principles microscopic theory of Quantum Optics that gives the real time dynamical evolution of quantum states of individual atoms and shows how collective states develop; this theory not only reproduces the well known Quantum Optical phenomena for the first time in such detail and from one single theory but also predicts new bistable states that promise to be technologically very significant. Keywords: Energy levels of solids; Non muffin tin; Quantum optics; Microscopic; Optical bistability.
Document Details
- Document Type
- Technical Report
- Publication Date
- Oct 10, 1989
- Accession Number
- ADA213785
Entities
People
- Mikael Ciftan
Organizations
- Duke University