[RpL 813] Fwd: Prof. Aspelmeyer: Quantum controlling mechanical devices: exploring the next generation of precision interferometry

Пт Апр 3 19:17:22 MSK 2015

-------- Forwarded Message --------
Subject: 	Prof. Aspelmeyer: Quantum controlling mechanical devices: 
exploring the next generation of precision interferometry
Date: 	Fri, 3 Apr 2015 15:56:57 +0000
From: 	Russian Quantum Center information <info на rqc.ru>
Reply-To: 	us4-8b8a06201b-2c1b34677e на conversation01.mailchimpapp.com
To: 	<akorneev на rplab.ru>

Prof. Aspelmeyer: Quantum controlling mechanical devices: exploring the 
next generation of precision interferometry

    Prof. Aspelmeyer: Quantum controlling mechanical devices: exploring
    the next generation of precision interferometry

*On 15th of April at 5 p.m* Professor of Physics at the University of 
Vienna and current Speaker of the Vienna Centre of Quantum Science and 
Technology, Prof. Aspelmeyer 
<http://rqc.us4.list-manage.com/track/click?u=8108e48f6c1a81eeb480bf510&id=ca8b7e0b0e&e=59b6fc1841>, 
will hold a seminar in Russian Quantum Center:

«Quantum optics provides a high-precision toolbox to enter and to 
control the quantum regime of the motion of massive mechanical objects. 
This opens the door to a hitherto untested parameter regime of 
macroscopic quantum physics. Due to the large available mass range (from 
picograms in nanomechanical waveguides to kilograms in mirrors for 
gravitational wave detection) it becomes possible to explore the 
fascinating interface between quantum physics and gravity in table-top 
quantum optics experiments.»

Markus Aspelmeyer is Professor of Physics at the University of Vienna 
and current Speaker of the Vienna Centre of Quantum Science and 
Technology (VCQ). He is an expert expert in the field of experimental 
quantum science, in particular quantum optics and its applications to 
the foundations of quantum physics. He obtained his PhD in Physics from 
the LMU Munich in 2002 and is one of the pioneers in the field of 
quantum optomechanics, which aims to use quantum optical control over 
micromechanical devices to study their quantum behavior. He has 
published more than 100 papers in scientific journals, among them 13 
papers in Nature and Science. His scientific prizes and awards include 
the Bessel Research Award of the Alexander von Humboldt-Foundation, the 
Fresnel Prize of the European Physical Society and the Ignaz-Lieben 
Prize of the Austrian Academy of Sciences. He is a Fellow of the 
American Physical Society, a Member of the Young Academy of the Austrian 
Academy of Sciences and a Member of the European Academy of Sciences and 
Arts.

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