Abstract A noncollinear resonator with two beams circulating and intersecting in the focus allows resonator-assisted high-harmonic generation of high-power femtosecond pulses with efficient geometrical output
We are extremely pleased to announce that together with JILA we have built the first ultra precise nuclear clock. After embedding a thorium-229 nucleus in
We are overly excited to announce: Our teams from TU Wien and PTB Braunschweig successfully managed the laser excitation of the Th-229 Nucleus. The 8.4 eV
Sympathetic cooling of Th3+ ions is demonstrated in an experiment where 229Th and 230Th are extracted from uranium recoil-ion sources and are confined in a linear Paul trap together with laser-cooled 88Sr+ ions.
Our teams have been busy developing the path towards a Nuclear clock. We are as excited to announce three publications that show some new and
Thorsten Schumm, PI from TU Wien has been interviewed by the Horizon – the EU Research and Innovation Magazine and spoke about why he wants
Ou Team in Munich is happy to welcome Sandro Kraemer to their team. Sandro is a postdoc coming from Leuven University in Belgium and here
Peter Thirolf (LMU Munich), Benedict Seiferle (LMU Munich) and Lars von der Wense (ILA, University of Colorado Boulder, US.) have been featured in an article of
Our Team at PTB in Braunschweig is looking for a highly motivated PhD student who would like to work on VUV laser excitation of trapped
Finally, after 2,5years of this project running we got the chance to meet up live for the first time. Ekkehard Peik from our PTB Team
