CORDIS Project
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This project aims to advance optical quantum computing by developing techniques for Gaussian Boson Sampling using multi-mode squeezed states. It focuses on generating these states from a single source to improve efficiency and stability in quantum simulations.
Optical quantum computing and quantum simulation rely on multi-photon interference effects, between many photons in a larger number of optical paths or modes.
In particular in Gaussian Boson Sampling protocols, single-mode squeezed states are input to an optical circuit implementing a transformation on the modes, which creates a complex multi-mode squeezed state.
Sampling from such a state with single photon detectors is thought to be an intractable problem to simulate with classical computers,…
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