universal and nonuniversal dynamical conductivity in small metallic grains: an ambivalent role of t-invariance at finite frequency
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ID: 246123
2010
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Abstract
The idea of random matrix theory is applicable not only to the level statistics but also to various physical observables. Taking the dynamical conductivity in isolated quantum dots with diffusive
dynamics, we investigate analytically intertwining effects of the time-reversal invariance, level repulsion
and quantum interference. We clarify an ambivalent role of the time-reversal invariance at finite frequency by a new invariant analysis respecting the symmetry of the effective field theory. A subtlety of the operator insertion, and the fast-slow mode separation within the effective field description is pointed out.
| Reference Key |
taniguchi2010journaluniversal
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|---|---|
| Authors | ;Nobuhiko Taniguchi |
| Journal | nature protocols |
| Year | 2010 |
| DOI |
10.1155/2010/751395
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