Multiparameter entangled state engineering using adaptive optics
C. Bonato, D. Simon, P. Villoresi, A. V. Sergienko
TL;DR
This paper explores how adaptive optics can manipulate transverse wave-vectors in quantum entangled states to improve interferometry, demonstrating spatial walk-off compensation and aberration cancellation effects.
Contribution
It introduces a method for using adaptive optics to control entangled photon states, enabling new techniques in quantum interferometry.
Findings
Spatial walk-off can be compensated using adaptive optics.
Even-order spatial aberrations can be canceled in quantum interferometry.
Adaptive optics enhances control over entangled photon states.
Abstract
We investigate how quantum coincidence interferometry is affected by a controllable manipulation of transverse wave-vectors in type-II parametric down conversion using adaptive optics techniques. In particular, we discuss the possibility of spatial walk-off compensation in quantum interferometry and a new effect of even-order spatial aberration cancellation.
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