Topological quantum interferometry driven by exchange Berry phase generalizes q-plate methods to arbitrary charges, using BPX as a control parameter to decompose two-photon patterns and witness dimensionality via topological invariants.
Quantum computa- tional advantage using photons,
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A new classical algorithm for Gaussian boson sampling produces outputs closer to exact results than quantum experiments up to 1152 modes and scales efficiently, indicating hardware errors enable classical simulation.
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Topological Quantum Interferometry
Topological quantum interferometry driven by exchange Berry phase generalizes q-plate methods to arbitrary charges, using BPX as a control parameter to decompose two-photon patterns and witness dimensionality via topological invariants.
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Gaussian boson sampling: Benchmarking quantum advantage
A new classical algorithm for Gaussian boson sampling produces outputs closer to exact results than quantum experiments up to 1152 modes and scales efficiently, indicating hardware errors enable classical simulation.