Quantum Materials
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Quantum Materials
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QMat was created in July 2020 in the University of Oldenburg. Our aim is to research on novel quantum materials to exploit their advantages when interfaced with engineered states of light. One central focus is the investigation of the physics and optical properties of novel two-dimensional materials and van-der-Waals Heterostructures. In those materials, we study many-body effects and light-matter coupling phenomena, including Bose-Einstein Condensation, superfluidity, topological phenomena and single photon emission.
Breaking News:
The “6th Iraqi-German Summerschool on Nanophotonics” took place at the University of Oldenburg from August 21 to 23, 2024, with over 30 invited speakers from Germany and the University of Zakho in Northern Iraq. The workshop is part of a DAAD-funded cooperation program between the physics departments of the two universities, with the aim of establishing research-related physics lab courses for university students at the University of Zakho and student laboratories for local Iraqi high schools. UNI INFO reported https://uol.de/en/news/article/from-zakho-to-oldenburg-8512
Breaking News:
With our collaborators from RIKEN, Japan , and Würzburg, we recently demonstrated Floquet- lattice polaritons in a conveyor belt potential.
More information can be found here: https://www.nature.com/articles/s41566-024-01424-z
Breaking News:
In a collaboration with researchers in Olomouc, Stockholm and Würzburg, C. Schneider (QMAT group ,UOL) and Helene Lange Professor A. Predojevic indicated a radically novel, super-efficient pathway to analyze and quantify „entanglement“ in quantum bit systems via machine learning.
The article has just appeared in Science Advances: DOI: 10.1126/sciadv.add7131
