Induced Non-Markovianity via Pauli Twirling
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Read moreMaster of Applied Mathematics Student · Quantum Information
University of Waterloo
I am a Master of Applied Mathematics (Quantum Information Specialization) student at the University of Waterloo and a researcher at the Institute for Quantum Computing, under the supervision of Prof. Graeme Smith. My research focuses on quantum error correction under non-Markovian noise. Using the process tensor framework, I study how QEC codes interact with temporally correlated errors and whether error correction can effectively suppress or Markovianize the noise process.
I hold a Bachelor of Mathematics in Mathematical Physics with a minor in Pure Mathematics, also from the University of Waterloo.
Selected papers, preprints, and school projects
arXiv:2501.00000 [quant-ph]
A brief description of what this paper is about. Replace with your actual abstract or a short summary of the main contributions and results.
Personal notes on quantum information.
Coming soon!
Read moreA scalable, SPAM-robust protocol for estimating the process fidelity of a fixed cycle of parallel gates via randomized compiling and Pauli twirling.
Read moreFeel free to reach out — I'm open to questions about my research, collaboration proposals, and job or research opportunities.
QNC 4203
Quantum Nano Centre
University of Waterloo
Waterloo, ON, Canada