Exact results in the Random Matrix Theory approach to the theory of chaotic cavities
Francesco Mezzadri (University of Bristol)
Random Matrix Theory has been used extensively to compute physical quantities related to charge fluctuations in the scattering of a particle through a chaotic cavity. In this talk we will present some results concerning the conductance, shot notice and the Wigner time delay. Our computations involve all the three symmetry classes (beta=1,2 and 4) and are exact for arbitrary number of open channels (finite matrix dimension).