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), aiming to bridge neuroscience and electronics. The project integrates expertise from circuit design, machine learning, and neurotechnology to deliver innovative solutions for applications such as brain
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develop experimental research performing magneto-optical spectroscopy combined with electronic transport to investigate light-matter interactions in 2D materials. Our goal is to access and control new
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student to work on the development of new theoretical frameworks for describing light–matter interactions in advanced nanostructures probed by polaritons generated through inelastic electron tunneling
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on the rearrangements of chemical bonds and therefore require that the entities have explicit internal structure. This imposes constraints on the stoichiometry and, vice versa, the system level constrains the molecules
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2750 1476, email: jerome@sdu.dk . If you experience technical problems, please contact hcm-support@sdu.dk. Application procedure Before applying the candidates are advised to read the Faculty information
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of nature. Requirements and programme structure PhD candidates follow an individual PhD plan including course work, conference participation, and teaching. One semester is typically spent at another research
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position is available via email from Professor Henrik Gordon Petersen hgp@mmmi.sdu.dk or Professor Christoffer Sloth chsl@mmmi.sdu.dk . If you experience technical problems, please contact hcm-support