A high-frequency linear drive softens the effective oscillator frequency and lowers the critical quantum fluctuation V0c, shrinking the parametric resonance zone and suppressing large-amplitude oscillations in a Gaussian-closure moment model.
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Controlling the effect of quantum fluctuations in a driven nonlinear parametric oscillator
A high-frequency linear drive softens the effective oscillator frequency and lowers the critical quantum fluctuation V0c, shrinking the parametric resonance zone and suppressing large-amplitude oscillations in a Gaussian-closure moment model.