Index

At the invitation of the journal Physical Review, the Cooperative Quantum Phenomena group led by Claudiu Genes at the Max Planck Institute for the Science of Light, has provided an hands-on tutorial aimed at training young researchers in theoretical aspects necessary to partake in the rapidly evolvi...

Next week, directly after the QuCoLiMa Talk, a round table with Prof. Dr. Stephanie Reich (TU Berlin) on "Perspectives and challenges in academia" will take place at 13.15 via Zoom. We would like to cordially invite particularly students (bachelor + master) as well as scientists (phD/postdoc/lect...

Within the initiatives of QuCoLiMa for gender and diversity, the Saarbrücken team and the team of the “Gleichstellungsbüro” at Saarland University organize an online “Interactive Talk” on The Unconscious Bias (identify unconscious thought patterns and stereotypes and raise awareness of diversity...

Looking forward to a fruitful cooperativity! All the best from QuCoLiMa!

QuCoLiMa Project Leader Prof. Dr. Peter Hommelhoff from FAU is awarded the Gottfried Wilhelm Leibniz Prize 2022 by the German Research Foundation (DFG). Admission to the Gottfried Wilhelm Leibniz Programme is the most important research-boosting achievement in Germany and recognises outstanding acad...

From 14 March to 18 March 2022 the DPG Spring Meeting of the the Atomic, Molecular, Plasma Physics and Quantum Optics and Photonics Section (SAMOP) will take place at the University of Erlangen online. https://erlangen22.dpg-tagungen.de QuCoLiMa is organizing a Symposium on "Quantum Cooperativ...

This week, there will be a joint colloquium of the research networks Elasto-Q-Mat, TopDyn, SPICE, and QuCoLiMa. Thursday at 16:15, Giulia Semeghini and Ruben Verresen from Harvard University will present a talk with the subject: Topological quantum phases in a neutral atom array Abstract: Sin...

In 2022 TRR 306 QuCoLiMa will again be organizing seminars on the topic of equal opportunities as a cooperation with FAU's F3G network. As the Holiday Season has already started, the registration is open as of today for: Self-presentation and networking with Dr. Karin Bodewits. Monday, Janu...

Theoretical physics aims at describing observable phenomena and predicting possible effects using a huge mathematical toolbox. A powerful approach is considering the system as a so-called Hermitian system. This theoretical approach results in observable numbers like the position, the momentum or energy values that can be measured in real-world experiments.

Clapping your hands generates sound. At concerts and in big stadiums, even huge crowds easily synchronize their applause to a repetitive timed beat. Their clapping is coherent. Single excited atoms can also show coherence.