Time-reversed Young interferometry acts as a source-space information processor where mutual information is the reciprocal invariant and source-label entropy can decrease near destructive interference while Fisher information rises.
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Differential source-basis encoding in a time-reversed Young interferometer enables superresolved local parameter estimation with robust gains over raster sampling and parameter-dependent interference improvements.
Time-reversed Young interferometry yields deterministic fringes as conditional responses indexed by source coordinates, enabling precise calibration and superresolution via Fisher information analysis.
A classical-light time-to-space ghost imaging scheme achieves sub-picosecond temporal resolution independent of photodetector response time via Gaussian Schell model analysis and a grating-plus-SLM source.
Warm 85Rb vapor produces high-flux twin beams with 5.5 dB squeezing and individual photon-number squeezing via near-degenerate SFWM at 795 nm, with flat-topped temporal correlations.
citing papers explorer
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Entropic Reciprocity in Time-Reversed Young Interferometry
Time-reversed Young interferometry acts as a source-space information processor where mutual information is the reciprocal invariant and source-label entropy can decrease near destructive interference while Fisher information rises.
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Differential source-basis encoding for superresolved parameter estimation in a time-reversed Young interferometer
Differential source-basis encoding in a time-reversed Young interferometer enables superresolved local parameter estimation with robust gains over raster sampling and parameter-dependent interference improvements.
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From Random Fringes to Deterministic Response: Statistical Foundations of Time-Reversed Young Interferometry
Time-reversed Young interferometry yields deterministic fringes as conditional responses indexed by source coordinates, enabling precise calibration and superresolution via Fisher information analysis.
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Time-to-space ghost imaging with classical light
A classical-light time-to-space ghost imaging scheme achieves sub-picosecond temporal resolution independent of photodetector response time via Gaussian Schell model analysis and a grating-plus-SLM source.
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High-flux sub-Poissonian twin-beam generation from warm atomic vapor
Warm 85Rb vapor produces high-flux twin beams with 5.5 dB squeezing and individual photon-number squeezing via near-degenerate SFWM at 795 nm, with flat-topped temporal correlations.
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