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Field
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You will work at the interface between electrochemistry, robotics and data-driven research. The aim is to utilise and further develop an automated laboratory environment for scientific purposes in
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interpretable models that connect molecular patterns across multiple scales of human biology. The project lies at the interface of artificial intelligence, computational biology, systems medicine, and precision
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. The concept combines porous metal-organic frameworks (MOFs) with fibril-forming peptides. MOFs will act as both reactive interfaces and peptide reservoirs: chemical reactions at the material can trigger peptide
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peptides. MOFs will act as both reactive interfaces and peptide reservoirs: chemical reactions at the material can trigger peptide release and self-assembly into a sealing film. You will work closely with a
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by SAXS/SANS and complementary techniques You will work at the interface of molecular biophysics, soft matter physics, and biomolecular engineering with opportunities to collaborate with experts in
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spectrometry, transcriptomics or bioinformatics. The successful candidate will be highly motivated, organised and enthusiastic about multidisciplinary research at the interface of environmental science and
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to you. Eligibility We are seeking a motivated individual with a keen interest in the interface between the geosciences and nuclear industry, with a physical sciences or engineering background. Acceptable
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. Systems of interest include two dimensional (2D) magnetic materials since they offer several key advantages over traditional bulk materials such as interface and proximity effects that can be exploited
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with data-driven methods and are motivated to work at the interface of academia and industry. Strong analytical skills, a collaborative mindset, and proficiency in verbal and written English are
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applications based on these materials such as electronics, bioelectronics and biosensing, neural interfaces, etc. The activities cut across different scientific aspects, from the fundamentals (the physics