Abstract
We consider the recently developed semiclassical analysis of the quantum mechanical spectral form factor, which may be expressed in terms of classically defiable properties. When applied to electrons whose classical behaviour is diffusive, the results of earlier quantum mechanical perturbative derivations, which were developed under a different set of assumptions, are reproduced. The comparison between the two derivations shows that the results depends not on their specific details, but to a large extent on the principle of quantum coherent superposition, and on the generality of the notion of diffusion. The connection with classical properties facilitates application to many physical situations. (author).
Argaman, N;
Imry, Y;
Smilansky, U
[1]
- Weizmann Inst. of Science, Rehovoth (Israel). Dept. of Physics
Citation Formats
Argaman, N, Imry, Y, and Smilansky, U.
Semiclassical analysis spectral correlations in mesoscopic systems.
Israel: N. p.,
1991.
Web.
Argaman, N, Imry, Y, & Smilansky, U.
Semiclassical analysis spectral correlations in mesoscopic systems.
Israel.
Argaman, N, Imry, Y, and Smilansky, U.
1991.
"Semiclassical analysis spectral correlations in mesoscopic systems."
Israel.
@misc{etde_10157341,
title = {Semiclassical analysis spectral correlations in mesoscopic systems}
author = {Argaman, N, Imry, Y, and Smilansky, U}
abstractNote = {We consider the recently developed semiclassical analysis of the quantum mechanical spectral form factor, which may be expressed in terms of classically defiable properties. When applied to electrons whose classical behaviour is diffusive, the results of earlier quantum mechanical perturbative derivations, which were developed under a different set of assumptions, are reproduced. The comparison between the two derivations shows that the results depends not on their specific details, but to a large extent on the principle of quantum coherent superposition, and on the generality of the notion of diffusion. The connection with classical properties facilitates application to many physical situations. (author).}
place = {Israel}
year = {1991}
month = {Jul}
}
title = {Semiclassical analysis spectral correlations in mesoscopic systems}
author = {Argaman, N, Imry, Y, and Smilansky, U}
abstractNote = {We consider the recently developed semiclassical analysis of the quantum mechanical spectral form factor, which may be expressed in terms of classically defiable properties. When applied to electrons whose classical behaviour is diffusive, the results of earlier quantum mechanical perturbative derivations, which were developed under a different set of assumptions, are reproduced. The comparison between the two derivations shows that the results depends not on their specific details, but to a large extent on the principle of quantum coherent superposition, and on the generality of the notion of diffusion. The connection with classical properties facilitates application to many physical situations. (author).}
place = {Israel}
year = {1991}
month = {Jul}
}