A silicon photonics waveguide network implements quantum graphs, experimentally confirming that strongly chaotic versions exhibit random matrix theory spectral statistics unlike less chaotic ones.
The data are normalized by the transmission of a reference bus waveguide not connected to a network and fabricated on the same chip
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Quantum chaos with graphs: a silicon photonics plateform
A silicon photonics waveguide network implements quantum graphs, experimentally confirming that strongly chaotic versions exhibit random matrix theory spectral statistics unlike less chaotic ones.