The study demonstrates quantum-inspired LiDAR achieving 100 dB noise rejection, suggesting impacts on optical correlation and information processing.
We demonstrate a quantum-inspired LiDAR that utilizes optical parametric processes for optical correlation analysis. Up to 100 dB rejection of inband noise is achieved. The chaotic time-frequency modes used can also help high-speed quantum information processing.
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Liu et al. (2025) studied this question.
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