Hour: From 10:00h to 11:00h
Place: ICFO Auditorium
ICFO Colloquium Series: TBC
PROFILE
Thorsten Schumm was born 1975 in Berlin. He studied Physics and Philosophy in Berlin, Innsbruck and Heidelberg. His PhD thesis in experimental physics was carried out as a bi-national research project („Cotutelle de Thèse“) in Paris and Heidelberg in the groups of Jörg Schmiedmayer and Alain Aspect. It finished 2006 and was awarded the Ruprecht-Karls price of the University of Heidelberg. After a short research stay in Toronto, Thorsten Schumm became an Assistant Professor at the TU Wien in 2006. Since 2011, he is leading the Quantum Metrology research group as a University Professor. His research was awarded the START prize in 2009 and the ERC starting grant in 2010, in 2015-2020 he has coordinated the EU FET-Open research alliance “nuClock” and an ongoing ERC Synergy project since 2020.
Thorsten Schumm’s research focusses on the development of novel measurement methods based on principles of quantum mechanics, in particular atomic and nuclear clocks and matter wave interferometry.
ABSTRACT
(TBC)
Hour: From 10:00h to 11:00h
Place: ICFO Auditorium
ICFO Colloquium Series: TBC
PROFILE
Thorsten Schumm was born 1975 in Berlin. He studied Physics and Philosophy in Berlin, Innsbruck and Heidelberg. His PhD thesis in experimental physics was carried out as a bi-national research project („Cotutelle de Thèse“) in Paris and Heidelberg in the groups of Jörg Schmiedmayer and Alain Aspect. It finished 2006 and was awarded the Ruprecht-Karls price of the University of Heidelberg. After a short research stay in Toronto, Thorsten Schumm became an Assistant Professor at the TU Wien in 2006. Since 2011, he is leading the Quantum Metrology research group as a University Professor. His research was awarded the START prize in 2009 and the ERC starting grant in 2010, in 2015-2020 he has coordinated the EU FET-Open research alliance “nuClock” and an ongoing ERC Synergy project since 2020.
Thorsten Schumm’s research focusses on the development of novel measurement methods based on principles of quantum mechanics, in particular atomic and nuclear clocks and matter wave interferometry.
ABSTRACT
(TBC)
All Colloquia
Hour: From 12:00h to 13:00h
Place: ICFO Auditorium