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Job Description
The successful candidate will work with Assistant Professor Ho Wen Wei on information theoretic aspect of nonequilibrium quantum many-body physics under a project on Nonequilibrium Many-body Physics and Quantum Information Science in the age of Programmable Quantum Simulators.
The Main Responsibilities Of The Position Include
- Developing theoretical methods to predict and characterize nonequilibrium quantum many-body phenomena in synthetic quantum matter (cold atoms, Rydberg atoms, trapped ions,etc.), utilizing the lens of quantum information theory (e.g., entanglement, tensor networks). Specific topics include deep thermalization, measurement-induced randomness, measurement-induced entanglement phases, dynamical/driven phases of matter, quantum many-body scars etc.
- Developing quantum information science applications like quantum simulation of complex many-body phenomena, and quantum state preparation and tomography protocols, specifically tailored for current and near-term quantum technologies etc. Analytical calculations and numerical methods will be employed to ascertain the validity and performance of the proposed applications
Qualifications
- Qualifications / Discipline: Phd in Physics.
- Skills: Analytic reasoning, numerical techniques.
- Experience: Multiple publications in top journals.
