The effects of inelastic scattering in open quantum dots: reduction of conductance fluctuations and disruption of wave-function `scarring'

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Abstract
We perform numerical simulations of the quantum mechanical transport and corresponding wave-functions in open, square quantum dots. The effects of inelastic scattering are introduced phenomenologically. Examining the root mean square amplitude of the conductance fluctuations, we find they decay exponentially with ( being the inelastic scattering time), in good agreement with the results of recent experiments. In previous work, we have found the wave-functions of such dots should be `scarred'. We examine the robustness of this scarring effect to the phase-breaking process.