Research

I am interested in quantum information and nonequilibrium statistical mechanics and thermodynamics. Most recently, I have examined fundamental speed limits on quantum information processing. I am also interested in aspects of quantum foundations.

Publications:

  1. Investigating the limits of randomized benchmarking protocols
  2. Quantum Speed Limits for Quantum Information Processing Tasks

Presentations:

  1. Speed Limits for Quantum Control of Local Spin Systems (SQuInT 2017)
  2. Entropy Production in Active Matter (UC Berkeley Physics grad seminar)

Notes:

  1. The Jones polynomial and topological quantum computation (final project for CS 294)
  2. Lower bound on quantum query complexity (and a bit more) – see here for other notes from CS 294
  3. Bell’s theorem
  4. PSI masters essay on magic state computation and the stabilizer formalism
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