Placing a mirror at the unused input port of a beam splitter is claimed to suppress vacuum fluctuations below the quantum noise limit at the outputs through standing-wave effects on vacuum fluctuations.
Gagatsos , Saikat Guha, and Linran Fan, High-purity pulsed squeez- ing generation with integrated photonics , Phys
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Insightful Approach to Quantum Noise Suppression Below the Standard Quantum Limit Using a Single Mirror and Beam Splitter
Placing a mirror at the unused input port of a beam splitter is claimed to suppress vacuum fluctuations below the quantum noise limit at the outputs through standing-wave effects on vacuum fluctuations.