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, as well as relatively low efficiency and the need for external laser excitation, which prevents miniaturization and increases energy demand. Project target is to develop hybrid SPS based on III-N/hBN
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to ensure that the conditions are met for inducing optically controlled chemical crosslinking. • Characterizing the evolution of the assembly following light excitation to highlight the photochemical
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of this PhD project is to determine how night-light LED color alters diurnal and nocturnal plant chemistry and how these ALAN-driven changes influence plant–insect interactions. You will run field and lab
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. The successful candidate will be joining the Molecular Nanophotonics group led by Prof. Dr. Niek van Hulst. Key responsibilities Contribute to Project FastTrack, to track energy (exciton/charge) transport in
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our group, have shown that luminescent centers in hBN are excellent candidates for the development of future light-based quantum technologies working close to or at room temperature. In the Quantum