Experimental demonstration of coherent feedback cooling on a phononic crystal membrane achieving a phonon occupation of 166±7 and cooling factor of 3.3×10^4 at room temperature.
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Optimal parametric driving in Gaussian quantum systems reduces impulse estimation variance by up to a factor of two relative to steady-state operation.
citing papers explorer
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Coherent Feedback Cooling of an Ultracoherent Phononic-Crystal Membrane at Room Temperature
Experimental demonstration of coherent feedback cooling on a phononic crystal membrane achieving a phonon occupation of 166±7 and cooling factor of 3.3×10^4 at room temperature.
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Optimal State Preparation for Impulse Estimation in Gaussian Quantum Systems
Optimal parametric driving in Gaussian quantum systems reduces impulse estimation variance by up to a factor of two relative to steady-state operation.