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, addressing key questions of coherence, entanglement, and other forms of non-classicality while developing practical free-space quantum links. Using spatial light modulators and adaptive optics, we will
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eye to the social impact of AI and quantum technologies, together with links to creative and artistic narratives. We are seeking highly qualified and motivated candidates with strong academic
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the group include the analysis of quantum effects of interest for quantum technologies, field-enhanced spectroscopy and nanoscopy. For more information, visit our web: http://cfm.ehu.es/nanophotonics
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will learn to i) fabricate vdW stacks via exfoliation/MBE and deterministic transfer ii) pattern nanodevices, iii) quantify damping-like and field-like torques using second-harmonic Hall and optical Kerr