Capacitance and charge relaxation resistance of chaotic cavities - Joint distribution of two linear statistics in the Laguerre ensemble of random matrices
arXiv:1407.3302 · doi:10.1209/0295-5075/109/50004
Abstract
We consider the AC transport in a quantum RC circuit made of a coherent chaotic cavity with a top gate. Within a random matrix approach, we study the joint distribution for the mesoscopic capacitance and the charge relaxation resistance , where is the geometric capacitance and the quantum capacitance. We study the limit of a large number of conducting channels with a Coulomb gas method. We obtain and show that the relative fluctuations are of order both for and , with strong correlations . The detailed analysis of large deviations involves a second order phase transition in the Coulomb gas. The two dimensional phase diagram is obtained.
arXiv commentLaTex, 6 pages, 3 pdf figures ; v2 : minor corrections & Refs. added
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