A deterministic optimization of ternary tree fermion-qubit encodings reduces qDRIFT circuit depths by 24.7% untranspiled and 26.5% transpiled on average for water in the STO-3G basis.
Treespilation: Architecture-andState-OptimisedFermion-to-Qubit Mappings, Mar
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Optimised Fermion-Qubit Encodings for Quantum Simulation with Reduced Transpiled Circuit Depth
A deterministic optimization of ternary tree fermion-qubit encodings reduces qDRIFT circuit depths by 24.7% untranspiled and 26.5% transpiled on average for water in the STO-3G basis.