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Your Job: Topological quantum materials have attracted enormous attention since their discovery due to the observed anomalous transport properties originating from the non-zero Berry curvature. A
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Infrastructure? No Offer Description Work group: JCNS-2 - Quantenmaterialien und kollektive Phänomene Area of research: Promotion Job description: Your Job: Topological quantum materials have attracted enormous
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Description of the offer : The "Terahertz physics of quantum materials" at Freie Universitaet Berlin, Germany, is looking for qualified candidates to work on the following 2 PhD projects
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Metasurfaces and Interband/Quantum Cascade Devices”) that is dedicated to using mid-IR lasers, photonic integrated circuits, and advanced spectroscopy to unlock the secrets of proteins. With world-class labs
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to the quantum level. In the focus are advanced techniques for the preparation of controlled atomic, molecular and cluster ensembles, combined with modern ultra-short laser techniques, as well as a variety of
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manipulation of single molecules (Cichos group, Leipzig) Nanoparticle DNA functionalization (Yang group, Princeton) Quantum dot synthesis (Snee group, University of Illinois at Chicago) We are developing
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collaboration with partners from science and industry. You will experimentally investigate novel quantum sensing paradigms in illumination- type experiments with propagating quantum microwaves. Your work is
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Max Planck Institute for Solid State Research • | Stuttgart, Baden W rttemberg | Germany | 2 days ago
semester in EUR None Combined Master's degree / PhD programme No Joint degree / double degree programme No Description/content The overarching goal of the Max Planck Graduate Center for Quantum Materials is
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holography, combined with ultra-fast laser excitation and ultra-short electron pulses, to monitor carrier dynamics. The goal is to identify and map regions of high quantum efficiency as well as recombination
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Solid State Physics. Your tasks: The research aims to develop new theoretical frameworks to explore dynamical phenomena in magnetic quantum materials driven out of equilibrium. The key mechanisms