Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The Exciton Interaction: Its Possible Role in High Temperature Superconductivity
Abstract The recent remarkable developments in superconductivity(1,2) has forced the group of physicists in the main stream of superconductivity research to re-examine the possible role of what has been referred to in the conference as novel mechanisms of superconductivity. The exciton mechanism is one such. While the many studies and developments in this subject are relatively well known to those involved in studies of organic superconductors and superconductors of reduced dimension, it appears that it is not well known to that large body of physicists involved in the more conventional “mainstream” of superconductivity. In view of this I have been asked to review the salient features of the mechanism and to discuss what it can and cannot do. I will base my remarks on the most recent and most comprehensive review of the subject published in 1979 by H. Gutfreund and myself (3) plus a few key papers since that time(4,5). I would also like to acknowledge the major role our colleagues in theoretical physics in the Soviet Union have played in contributing to the resolution of many of the problems in this field which had been raised by our colleagues in the West.
The Exciton Interaction: Its Possible Role in High Temperature Superconductivity
Abstract The recent remarkable developments in superconductivity(1,2) has forced the group of physicists in the main stream of superconductivity research to re-examine the possible role of what has been referred to in the conference as novel mechanisms of superconductivity. The exciton mechanism is one such. While the many studies and developments in this subject are relatively well known to those involved in studies of organic superconductors and superconductors of reduced dimension, it appears that it is not well known to that large body of physicists involved in the more conventional “mainstream” of superconductivity. In view of this I have been asked to review the salient features of the mechanism and to discuss what it can and cannot do. I will base my remarks on the most recent and most comprehensive review of the subject published in 1979 by H. Gutfreund and myself (3) plus a few key papers since that time(4,5). I would also like to acknowledge the major role our colleagues in theoretical physics in the Soviet Union have played in contributing to the resolution of many of the problems in this field which had been raised by our colleagues in the West.
The Exciton Interaction: Its Possible Role in High Temperature Superconductivity
Little, W. A. (Autor:in)
Novel Superconductivity ; 341-353
01.01.1987
13 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
Explaining exotic high-temperature superconductivity
| British Library Online Contents | 2013
| Wiley | 2024
| Wiley | 2024
Room-temperature superconductivity
British Library Online Contents | 2004