Other version: http://link.aip.org/link/?JMAPAQ/37/4793/1
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Scientific Article
unige:4213 
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Dynamic conductance and quantum noise in mesoscopic conductors |
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| Author | ||
| Published in | Journal of mathematical physics. 1996, vol. 37, no. 10, p. 4793-4815 | |
| Abstract | We present results for the dc conductance, the ac conductance, and the current–current fluctuation spectra of mesoscopic, phase-coherent conductors based on a second quantization approach to scattering and a self-consistent potential approach. A second quantization approach permits an investigation of statistical effects due to the symmetry of the wave functions under exchange of particles. A self-consistent approach is needed to enforce overall charge conservation and to obtain current conserving expressions for frequency-dependent conductances and fluctuation spectra. For the particular example of a mesoscopic capacitor we present microscopic expressions for the electrochemical capacitance and the charge relaxation resistance. | |
| Keywords | Quantum Noise — Electric conductors — Electric conductivity — Second Quantization — Fluctuations — Capacitors — Direct current — Alternating current | |
| Identifiers | DOI: 10.1063/1.531670 | |
| Note | Special Issue: Mesoscopic Physics | |
| Full text | ||
| Structures | ||
| Citation (ISO format) | BUTTIKER, Markus. Dynamic conductance and quantum noise in mesoscopic conductors. In: Journal of mathematical physics, 1996, vol. 37, n° 10, p. 4793-4815. https://archive-ouverte.unige.ch/unige:4213 |
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