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The FLIP project focuses on controlling levitated mesoscopic objects to enhance sensing technologies and quantum physics. By utilizing dark field optical detection and active feedback control, it aims to stabilize positions and cool objects to near-quantum states, facilitating advanced experiments in quantum mechanics.
The control of levitated mesoscopic objects has developed into a flourishing field promising significant advances in sensing technologies, stochastic and quantum thermodynamics as well as macroscopic quantum physics.
While optical levitation has already reached operation in the quantum regime, internal heating by absorption is a major challenge.With FLIP (Feedback Levitation on an Inverted Potential) we propose an original solution: dark field optical detection plus active feedback control prov…
UNIVERSITAT WIEN
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