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, hybrid imaging modalities and quantum enhanced sensing to push the boundaries of diagnostics and image-guided interventions. Your responsibilities will be to: Define and execute a research agenda across
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in all areas of experimental condensed matter physics including, but not limited to, quantum materials and devices, light-matter interactions, material fabrication and advanced characterization, soft
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for the future of mobile and satellite communications. Fields of applications range from 5G/6G telecommunications to satellite-based internet connectivity. For details, you may refer to the following: https
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photonic integrated circuits, optical metasurfaces, optomechanics, micro and nano electromechanical systems, and associated precision measurement, quantum information and future computing applications
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Fusion Energy, Warm Dense Matter, Dynamic Materials under extreme pressure, Laser-Plasma Interactions, Nuclear and Atomic Physics in Plasma Environments, Extreme Quantum Matter, Plasma Physics. Candidates
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industry. Responsibilities You will play a key role in advancing fundamental understandings of water and electrolyte thermodynamics by combining molecular theories and simulations, quantum chemical
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Materials, Computational Materials; Synthetic Chemistry, Chemical Biology, Polymer Science, Analytical Chemistry, Theoretical Chemistry, Chemical Engineering; High-Energy Experimental Physics, Quantum Physics
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phosphors and heavy-metal-based quantum dots. The selected candidates will investigate the fundamental photophysical properties of these sustainable nanomaterials and explore their integration into light
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and applies quantum mechanics-based methods for the description of condensed matter systems, including the successful software package VASP (Vienna ab-initio Simulation Package). We focus
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that are unmatched across the region. Our interdisciplinary faculty work at the frontiers of materials, devices, and systems with applications spanning electronics, photonics, energy, healthcare, and quantum