The aim of this workshop is to pin-point the suitability of levitated optomechanics as a test-bed for the investigation of the validity of quantum theory at the mesoscopic and macroscopic scale; identify the fundamental challenges of such tests and the it will address opportunities offered by a space-based configuration; compare the capabilities of levitated optomechanics to those of other platforms such as magneto-levitated one for the identification of the best-suited experimental platform.
The aim of this workshop is to pin-point the suitability of levitated optomechanics as a test-bed for the investigation of the validity of quantum theory at the mesoscopic and macroscopic scale; identify the fundamental challenges of such tests and the it will address opportunities offered by a space-based configuration; compare the capabilities of levitated optomechanics to those of other platforms such as magneto-levitated one for the identification of the best-suited experimental platform. The workshop will run over one day and a half, putting together around 50 scientists interests in the theoretical (and also experimental) aspects of levitated and magneto- levitated optomechanics for a critical assessment of the current possibilities that these platforms offer for the investigation of macroscopic quantum effects.
For inquiries please contact: m.paternostro@qub.ac.uk
Optomechanical route to macroscopic quantum superpositions
Place:
Bratislava (Slovakia)
Date:
March 22, 2018
Organisers:
Mauro Paternostro, Mario Ziman, Angelo Bassi
Mauro Paternostro, Mario Ziman, Angelo Bassi