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The successful candidate will be joining the Neurophotonics and Mechanical Systems Biology group led by Prof. Dr. Michael Krieg in the framework of an international collaboration between ICFO, LMU Munich and UC Santa Barbara. The main task of the advertised position is to build multilayer...
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Quantum and Low-Dimensional Materials Quantum Communications, Sensing & Simulation Quantum Optics & Quantum Information Nanophotonics, Condensed Matter Physics & Light-Matter Interactions Medical Optics
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& Simulation Quantum Optics & Quantum Information Nanophotonics, Condensed Matter Physics & Light-Matter Interactions Medical Optics Biophysics, Biophotonics & Super-Resolution Imaging Interested students should
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Matter Physics & Light-Matter Interactions Medical Optics Biophysics, Biophotonics & Super-Resolution Imaging Interested students should browse the different research group profiles available on the ICFO
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Quantum Optics & Quantum Information Nanophotonics, Condensed Matter Physics & Light-Matter Interactions Medical Optics Biophysics, Biophotonics & Super-Resolution Imaging Please, browse our website
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-electrochemical devices for neuromorphic applications. The postdoctoral candidate will have the opportunity to work in a vibrant project at the intersection of physics, materials sciences, and computing, in a
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Quantum Communications, Sensing & Simulation Quantum Optics & Quantum Information Nanophotonics, Condensed Matter Physics & Light-Matter Interactions Medical Optics Biophysics, Biophotonics & Super
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, physics, material science and electrical engineering) with the aim to develop truly interdisciplinary high impact research typically published in high-impact journal publications. For more information
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Post-doctoral position in personalized cancer therapy in preclinical models guided by diffuse optics
. The successful candidate will join the Medical Optics group led by Prof. Dr. Turgut Durduran to work in a multi-disciplinary project that merges physics, biology and nanotechnology. The project aims to validate
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physics, which traditionally has relied upon powerful particle colliders, e.g. the LHC at CERN. Axions and axion-like particles (ALPs) are well-motivated dark matter candidates that could solve multiple