We theoretically predict classical squeezing of nonlinear photon fluids. Techniques of time-asymmetric quantum mechanics allow showing that Gaussian states develop squeezing spontaneously in nonlocal nonlinear media. These results open new opportunities for quantum nonlinear optics.
Generalized uncertainty principle and squeezing in nonlinear nonlocal photon fluids
BRAIDOTTI, MARIA CHIARA;MECOZZI, ANTONIO;
2017-01-01
Abstract
We theoretically predict classical squeezing of nonlinear photon fluids. Techniques of time-asymmetric quantum mechanics allow showing that Gaussian states develop squeezing spontaneously in nonlocal nonlinear media. These results open new opportunities for quantum nonlinear optics.File in questo prodotto:
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