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Application — Electron–Ion Entanglement.” Informal inquiries are welcome and may be directed to the same address. Does this position pay above the required minimum?: Yes. The expected base pay range
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characterise ion channels and associated signalling mechanisms that could represent novel therapeutic targets for complications of cardiac ischaemia, including the coronary no-reflow phenomenon. You will be
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About the role Turn plastic waste into high-performance battery anodes. We are recruiting a postdoctoral researcher to a newly funded programme developing sustainable sodium-ion batteries (NIBs
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. You will build simulation agents that predict materials properties (such as Li-ion conductivity in solid electrolytes) autonomously and at scale, validate them against thousands of real A-Lab
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-resolved cryo-EM. Together, these approaches are establishing a new framework for dynamic structural biophysics. Current Research Our current biological focus is thermoTRP ion channels – molecular sensors
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understanding of dynamically transformable materials that yield a novel function in response to external stimuli such as ion insertion, voltage, and optical excitation. We aim to develop a new understanding on
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in the Bean lab at Harvard Medical School in Boston, Massachusetts. The work of the Bean lab is focused on drug discovery in the area of developing ion channel pharmacology for treating pain, epilepsy
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-contrast microscopy, and secondary ion mass spectrometry, and relate growth conditions to nitrogen-vacancy center spin coherence. Document processes and transfer reproducible recipes to CNF staff; coordinate
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diffraction, phase-contrast microscopy, and secondary ion mass spectrometry, and relate growth conditions to nitrogen-vacancy center spin coherence. • Document processes and transfer reproducible recipes to CNF
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Contribute to the development of JYFLTRAP/MR-ToF-MS and their application to decay spectroscopy studies Participate in experiments at the IGISOL radioactive-ion-beam facility Present scientific results