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focus is the development of disruptive power converter topologies, enabled by wide bandgap semiconductors and cutting-edge digital control. These innovations enhance efficiency, power density
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, probabilistic modeling, and bio-inspired architectures (such as Spiking Neural Networks) to achieve sample- and energy-efficient robust and adaptive control under uncertainty and non-stationarity. The postdoc
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Group. More specifically, the candidate should have a solid background in construction and operating rf ion traps, CW laser systems including control of output powers, polarization states, linewidths
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ion traps, CW laser systems including control of output powers, polarization states, linewidths and frequencies, as well as an understanding of analog and digital electronics for experimental control
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realization of embodied quantization—investigating how continuous sensory inputs are distilled into discrete tokens (such as concepts and objects) to facilitate control in complex environments. Key
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spectroscopies and design quantum states of plasmons that control the excitation pathways, selecting the interaction type that contributes to the signal. As a PostDoc at DTU, your main tasks will be
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to the structuring, curation, and quality control of large experimental MS/MS datasets Build data-driven models for peptide fragmentation analysis using experimentally generated spectra Integrate
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computational and machine learning workflows for large-scale analysis of tandem mass spectrometry data Contribute to the structuring, curation, and quality control of large experimental MS/MS datasets
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resequencing data, variant discovery and filtering, and downstream population-genetic and evolutionary-genomic analyses. The work will require substantial data processing, quality control and
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dissect the mechanisms underlying durable viral control, with particular emphasis on antibody-mediated enhancement of T-cell immunity, Fc-dependent immune activation, and host-pathogen interactions