Fri, 28.06.2024 11:00

Fiber-based cavity optomechanics in nonlinear and non-equilibrium regime

Mechanical resonators are great platform to explore mesoscopic physics of vibrations (phonons) in nonequilibrium and nonlinear regime.

To unveil phenomena in such a complicated regime, we require clear framework with the description in stochastic thermodynamics and highly sensitive and functional control for resonator, In this talk, we will discuss two topics: entropy production under nonlinear and nonequilibrium feedback in a mechanical resonator, and novel optomechanocal prober approaching to non-solid environment.

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Speaker: Motoki Asano (Associate Distinguished Researcher at NTT Basic Research Laboratories)

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Fiber-based cavity optomechanics in nonlinear and non-equilibrium regime

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