Trapped-ion experiments realize nonlinear reservoir engineering outside the Lamb-Dicke regime to stabilize and measure 2- to 5-component Schrodinger cat manifolds of a mechanical oscillator.
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Non-linear cooling and control of a mechanical quantum harmonic oscillator
Trapped-ion experiments realize nonlinear reservoir engineering outside the Lamb-Dicke regime to stabilize and measure 2- to 5-component Schrodinger cat manifolds of a mechanical oscillator.