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data. Manage preferences for further information and to change your choices. Accept all cookies Reject optional cookies Skip to main content Professor in Computational Solid-state Quantum Physics
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DTU Physics invites applications for a position as Full Professor in Quantum Technology based on ...
physics with scalable quantum technologies. The successful candidate is expected to bring strong expertise in solid-state quantum systems. A central strategic aim is to strengthen DTU Physics
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optical material properties. Knowledge of solid-state or materials physics relevant to the optical response of semiconductors and dielectric materials. General qualifications Scientific production and
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, thereby comprising a full neutron microscope based on Wolter optics. Qualified applicants must have: Strong competences within solid state physics, astrophysics, materials science, solid state chemistry or
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materials or other types of solid-state systems in advanced modalities such as prototypical device architectures Experiences with nanoscale angle-resolved photoemission (nanoARPES), femtosecond time
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your inbox. Create alert Similar jobs Professor in Computational Solid-state Quantum Physics Copenhagen, Hovedstaden (DK) Quantum Faculty Santa Barbara, California Postdoctoral researcher in the field of superconducting quantum circuits Espoo, Helsinki (FI)
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organization and management Qualifications (as required): MSc degree in Materials Science, Materials Chemistry, Solid State Chemistry, Solid State Physics, or related fields Proven hands-on experience
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stability analysis, crystal structure prediction, materials informatics, and machine learning, preferably applied to inorganic functional materials. Knowledge of solid-state chemistry, perovskite
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State Physics, Electrochemistry, or related fields; Proven hands-on experience and knowledge of various synthesis methods in solid-state chemistry, preferably the methods used for the synthesis of
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activities at DTU Physics include continuous-variable quantum optics, optical quantum communication, quantum key distribution, photonic quantum information processing, field sensing via solid state defects