A combination of symmetry filtering, qubit-excitation circuits, and qubit tapering is estimated to cut the two-qubit gate count for a VQE methylamine simulation by nearly two orders of magnitude, but the headline gate count disagrees with the paper's own table.
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Simulating methylamine using symmetry adapted qubit-excitation-based variational quantum eigensolver
A combination of symmetry filtering, qubit-excitation circuits, and qubit tapering is estimated to cut the two-qubit gate count for a VQE methylamine simulation by nearly two orders of magnitude, but the headline gate count disagrees with the paper's own table.