STATISTICS OF CONDUCTANCE FLUCTUATIONS IN QUANTUM DOTS

We present a complete analytical theory of conductance fluctuations in quantum dots in the regime of chaotic dynamics. Using the supersymmet ry method we calculate for the first time exactly the conductance dist ribution function for a system of noninteracting electrons. Knowledge of this quantity enables us to obtain information about statistical pr operties of wave functions of a closed dot. The far tail of the distri bution function describes fluctuations of resonance conductance in the Coulomb blockade regime.