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How can de novo proteins be designed for enabling continuous biomolecular sensing? That’s your question! Information Biosensing technologies are being developed for the continuous monitoring
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proteins be designed for enabling continuous biomolecular sensing? That’s your question! Information Biosensing technologies are being developed for the continuous monitoring of biomolecules in areas such as
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monitoring of biomolecules. In this PhD project, you will explore a novel direction: you will study how nanoswitch sensors can be designed for the continuous monitoring of complex nucleic-acids with dynamic
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community-led design. You will be part of the Making With cluster https://www.tue.nl/en/research/research-groups/making-with within the Department of Industrial Design. You will also work closely with
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. (2) Prof. Francesca Grisoni (https://molecularmachinelearning.com/ ) leads the Molecular Machine Learning Group at the Technical University Eindhoven and will lead a project on designing potent cyclic
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. Research groups This project will be conducted within Tim Coopmans’ research group at QuTech, the quantum research institute of Delft University of Technology. The group focuses on the design of quantum
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, optics, the design and fabrication of photonic integrated circuits (PICs) systems to exploiting optical linear/non-linear signal processing to unlock fiber capacity and relevant higher layer protocols
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: Developing a system-theoretic framework that models learning as the feedback interconnection between continuous-time circuit dynamics and optimization algorithms. Designing novel energy-based learning
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? As a PhD candidate, you will investigate how the regulation of the hydrogen economy can be designed in such a way that the law is better able to evolve alongside the economic sector and society that it
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a suitable “glueless” sealing method will become a key solution in bringing MEMS based microfluidic flow meters to the medical and other markets, driving further innovation in healthcare and related