Quantum Engineering of Levitated Systems
2022, Apr 24 -- Apr 30
Organizers:
J. Gieseler (IAV GmbH)
M. Juan (Uni. Sherbrooke)
N. Meyer (ETHZ)
J. Twamley (OIST)
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SCIENTIFIC ACTIVITY
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OTHER ACTIVITIES
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ORGANIZERS
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VISITORS
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OUTREACH
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CENTER
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NEWS
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INSTITUTIONAL INFO
Download pdf version of the program here.
Download talks abstract booklet here.
Monday, April 25
| Registration and coffee | |
| Foreword | |
| Spin-mechanics with trapped diamonds | |
| Gabriel Hétet | |
| Spin-controlled quantum interference of levitated nanorotors | |
| Cosimo Rusconi | |
| New technologies and techniques for levitating particles and sharing ideas | |
| James Millen | |
| Testing fundamental physics with charged nanoparticle oscillators | |
| Peter Barker | |
| Testing quantum mechanics and gravity with levitated systems | |
| Hendrik Ulbricht | |
| Ferromagnetic Gyroscopes for Tests of Fundamental Physics | |
| Pavel Fadeev |
Tuesday, April 26
| Searches for dark matter with levitated optomechanical sensors | |
| David Moore | |
| Stabilizing a coherent optical levitation system with photothermal cancellation | |
| Giovanni Guccione | |
| High frequency gravitational wave detection with optically levitated nano objects | |
| George Winstone | |
| Levitodynamics in a drop tower | |
| Christian Vogt | |
| The 2022 proposal of the MAQRO space mission | |
| Rainer Kaltenbaek | |
| Stroboscopic High-Order Nonlinearity for Levitated Optomechanics | |
| Andrey Rakhubovsky |
Wednesday, April 27
| Spatiotemporal control of levitated nanoparticles | |
| Nikolai Kiesel | |
| Shortcuts to equilibrium with a levitated particle | |
| Damien Raynal | |
| Ultra-coherent levitodynamics with squeezed light | |
| Carlos Gonzalez Ballestero | |
| Afternoon discussions | |
| Poster session / Dinner | |
| DOWNLOAD LIST OF POSTERS AND ABSTRACTS | |
Thursday, April 28
| Harnessing Unstable Levitodynamics | |
| Oriol Romero-Isart | |
| Towards deep laser cooling of the internal an external motion of trapped nanoparticles | |
| Christian Tomás Schmiegelow | |
| Environmental Decoupling and Enhanced Force Sensitivity in Levitated Optomechanical Systems | |
| Julen Pedernales | |
| Ground-State Cooling of Levitated Magnets in Low-Frequency Traps | |
| Kirill Streltsov | |
| Chip-based magnetic levitation of superconducting microparticles | |
| Witlef Wieczorek | |
| Integrated single-spin magnetomechanics with levitated micromagnets via in-situ micromanipulation | |
| J DaLi Schaefer |
Friday, April 29
| Quantum optomechanics with a levitated nanoparticle in free space | |
| Massimiliano Rossi | |
| A levitated nanosphere in the strong optomechanical coupling regime | |
| Francesco Marin | |
| Cooling through parametric modulations and phase-preserving quantum measurements | |
| Sofia Qvarfort | |
| Quantum signature in the dynamics of a single oscillator | |
| Valerio Scarani | |
| Light-induced dipole-dipole interaction between nanoparticles | |
| Uros Delic | |
| Strong Optomechanical Coupling of Levitated Nanoparticles to an Optical Cavity | |
| Andrés de los Ríos Sommer |
The CCBPP has received financial support for the organization of scientific meetings from the following institutions:
