Oliver Bär The Lattice group has been awarded 45M core-hours on the supercomputer Lise at the HLRN computer center to continue the project “Towards QCD+QED simulations with C* boundary conditions at physical QED coupling”. In one year, starting from October 1st, the Lattice group will run on Lise simulations, which would take about 650 years on an 8-core PC. … Read more Computer time for RTG Lattice project
As from September 12th we have a new doctoral researcher in our research training group. Raj Patil will work on gravitational wave physics with our PI Alessandra Buonanno. We wish Raj an easy start and a successful time with us!
On Sep 2nd Lina Alasfar passed her PhD thesis defence. She is our first doctoral researcher who successfully finished her doctoral studies. Congratulations, Dr. Alasfar!
We are inviting applications for two PhD positions starting November 1st 2022 or soon thereafter. For more details about the position and the application process see our web site.
Unfortunately, our QFT colloquium by Prof. Andreas Weiler, originally planned for Friday July 1st, has been cancelled.
We are inviting applications for a PhD position starting March 1st 2022 or soon thereafter. For more details about the position and the application process see our web site.
We are looking forward to our second retreat taking place Nov 1st to 4th at Schloss Steinhöfel. For the scientific programme visit this website.
The Lattice group has been awarded 32M core-hours on the supercomputer Lise at the HLRN (https://www.hlrn.de/?lang=en) computing center, for the project “Towards QCD+QED simulations with C* boundary conditions at physical QED coupling”. In one year, starting from July 1st, the Lattice group will run on Lise simulations, which would take about 450 years on an … Read more Computer time for RTG Lattice project
The poster jury of the workshop Higgs as a probe of New physics (HPNP2021) selected our member Jasper Roosmale Nepveu for Best poster – Honorable Mention. We congratulate Jasper on this success!
Our paper on the efficient use of worldline qft techniques for the construction of gravitational wave forms in the scattering of two black holes, neutron stars or stars has been accepted in PRL. A great success for our double copy collaboration of Jan^2*Gustav^2!