Dual-mode ground-state cooling of two mechanical resonators is achieved in a quadratic optomechanical system by tuning detuning and couplings to suppress dark-mode interference on stable branches.
This tunability has significant im- plications for applications in optical switching, quantum memory, and nonlinear photonics, where precise control over multistability is essential
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Dual-mode ground-state cooling in quadratic optomechanical systems: from multistability to general dark-mode suppression
Dual-mode ground-state cooling of two mechanical resonators is achieved in a quadratic optomechanical system by tuning detuning and couplings to suppress dark-mode interference on stable branches.