Evidence for deamplification of quantum noise by nondegenerate four-ware mixing

MARC D. LEVENSON; ROBERT M. SHELBY; RALPH G. DeVOE; STEPHEN H. PERLMUTTER

International Quantum Electronics Conference
OSA Technical Digest (Optica Publishing Group, 1986),
paper TUCC3

Evidence for deamplification of quantum noise by nondegenerate four-ware mixing

MARC D. LEVENSON, ROBERT M. SHELBY, RALPH G. DeVOE, and STEPHEN H. PERLMUTTER

International Quantum Electronics Conference 1986

San Francisco, California United States
9–13 June 1986
ISBN: 0-936659-11-4

From the session
Symposium: Squeezed States (TUCC)

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M. D. LEVENSON, R. M. SHELBY, R. G. DeVOE, and S. H. PERLMUTTER, "Evidence for deamplification of quantum noise by nondegenerate four-ware mixing," in International Quantum Electronics Conference, M. Richardson, C. Tang, D. Grischkowsky, and T. Hansch, eds., OSA Technical Digest (Optica Publishing Group, 1986), paper TUCC3.

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Abstract

Experiments on squeezed state generation have yielded measured noise levels very near the quantum limit (as defined experimentally), even when the nonlinear interaction is strong enough to suppress classical noise by several decibels.^1,2 The problem has been that the nonlinear media create noise by light scattering and fluorescence.

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