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current
I’m a computational scientist broadly interested in the theory of quantum-entangled states.
Of particular interest is developing analytical and computational methods to efficiently simulate
the dynamics of resources in quantum computations, as well as the emergence and evolution of
strongly correlated phenomena.
past
roles
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Guest Researcher at
Flatiron Institute-CCQ:
DFT simulations of non-Hermitian physics, AI4Science
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Bioinformatician at
Prospect Bio:
Engineered bacterial gene circuits to replace traditional methods in chemical identification
education