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Department of Physics and Astronomy Quantum Chaos Research
Acoustic timefront of a pulse propagated through a simulated ocean.

Current Research Projects

    • Electronic ground state fluctuations due to electron-electron interactions [Summary]
    • Studies of finite-time stability exponents and metric entropies [Summary]
    • Eigenfunction localization due to quantum suppression of limited classical transport with the Herman-Kluk propagator [Summary]
    • Extreme value statistics of random complex waves and chaotic eigenstates [Summary]
    • Long range underwater sound and random matrix theory [Summary]
    • Analytical results for fluctuations in classical sum rules (such as Hannay-Ozorio principle of uniformity) [Summary]
    • What is measured in the scanning gate microscopy of a quantum point contact? [Summary]