A. Micolich, R. P. Taylor, R. Newbury, T. Fromhold, C. Tench
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Physical realisation of Weierstrass scaling using a quantum interferometer
We demonstrate that self-similar magnetoconductance fluctuations observed in semiconductor Sinai billiards originate from quantum interference processes associated with classical trajectories enclosing discrete areas. We identify the exact areal distributions and use a simple model to reproduce the self-similarity with remarkable accuracy.
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