Efficient multimode quantum process tomography accurately characterizes/ enables complex, large-scale optical quantum operations
"characterization, involving multiple interacting optical modes (qumodes) to generate entanglement, becomes exponentially resource-intensive, overcome utilizing mathematical framework precisely describing multimode 2nd-order nonlinear optical quantum processes... quantum state map: captures how mean fields of light transform/ describes noise (loss) introduced by environment, leading to more realistic characterization... achieved characterization of large-scale optical quantum operation involving 16 (was 5) modes"
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