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Limits of bootstrapping in a weak-signal holographic conjugator

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Abstract

We explore the effect of noise on the energy convergence for extremely weak signals in the object field of a holographic experiment. The impact of noise for the energy-on-target in the iterative, bootstrapping process of a holographic phase conjugator system is theoretically derived to obtain a recursive analytical solution. Theoretical results are compared with numerical simulations for a weak-signal holographic conjugator.

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