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QuCoLiMa (Quantum Cooperativity of Light and Matter) is a Collaborative Research Centre Transregio (TRR 306) of the universities
It intends to explore the distinctive traits of quantum cooperativity within a large variety of quantum platforms at the intersection of quantum optics and condensed matter. We aim at understanding what is the interplay of quantum interference and entanglement in the collective response of many-body quantum systems interacting with light. We will explore in particular the role of the quantum properties of radiation in establishing and mediating quantum cooperative phenomena in a variety of complex matter systems, entering the regime of many-body physics of quantum cooperative light-matter.
QuCoLiMa in one minute:
(longer version of 6 minutes available at: www.qucolima.de/6-min-film)
News
Last week, we held our annual meetings at Kloster Banz, Bad Staffelstein.
RTG School: October 6 - 8
Annual Meeting: October 8 - 11
Besides interesting talks and posters from the subprojects, we also had a great excursion to Vierzehnheiligen and Staffelberg.
A few impressions:
The summer 2024 program of QuCoLiMaTalks is now online. In total, we have 7-8 talks with a mixture of on-site talks as well as online talks. All talks are hybrid and will be live-streamed.
Download poster:
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QuCoLiMaTalks are the weekly seminar of the collaborative research center TRR 3...
This week the third episode of the „School of QuCoLiMa Basics" took place in Erlangen, organised by the integrated Research Training Group of QuCoLiMa. This year the focus was on combined light-matter systems with strong interactions.
This training course examines contemporary discourses on gender and gender equality, diversity, and inclusion in institutions of higher education in Germany and beyond. How can we contribute to creating gender- and diversity-sensitive research environments? How can we train ourselves to make choices...
Physicists at MPL and FAU develop novel concept for detecting chiral molecules.
In contrast to conventional mirrors, light can be reflected on surfaces known as meta surfaces without changing its polarization. This has now been proven by physicists at Friedrich-Alexander-Universität Erlangen-Nürnbe...
