Generalizes BB/FG permanent formula for row multiplicities with n-ary Gray codes and deploys on FPGAs to simulate 40-photon boson sampling in 60 modes at ~80 seconds per sample using 4 chips.
Phase-programmable gaussian boson sampling using stimulated squeezed light
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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.
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.
citing papers explorer
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High performance Boson Sampling simulation via data-flow engines
Generalizes BB/FG permanent formula for row multiplicities with n-ary Gray codes and deploys on FPGAs to simulate 40-photon boson sampling in 60 modes at ~80 seconds per sample using 4 chips.
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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.