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About us In our atomic force microscopy (AFM) laboratory, headed by Prof. Bart Hoogenboom, we have pioneered AFM methods and their application, from atomic-resolution imaging in liquid, via double
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nanomechanical and macro textural foundation for small sample cultivated meat using advanced tools such as AFM, micro-indentation, and micro texture analysers (e.g., TA.XT plus), Confocal Laser
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techniques. The successful candidate will leverage Atomic Force Microscopy (AFM) and/or Optical Tweezers to probe protein mechanics at the single-molecule level, contributing to fundamental
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dissipation and thermal control. Perform and analyse material characterisation (SEM, TEM, AFM, Raman, XPS, UV-Vis) and thermal / electrical property measurements. Design experiments, optimise process
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-lithography, RIE, PVD etc.) and characterisation (AFM, SEM, FTIR microscopy, custom electro-optic systems, liquid/gas phase sensing etc.). You should demonstrate independent research, relevant
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(electron-beam lithography, 2PP-lithography, RIE, PVD etc.) and characterisation (AFM, SEM, FTIR microscopy, custom electro-optic systems, liquid/gas phase sensing etc.). You should demonstrate independent
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using highly advanced STM/AFM techniques that have been developed at the Nano-Sceince in Beijing. This will create the foundation for the secondary goal, using the hydrogen bond geometry measurements
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methods Experience with structural/biophysical characterisation methods eg cEM, AFM, MALS etc is an advantage Ability to assess resource requirements and use resources effectively Understanding of
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synthesis and click chemistry. Use broad advanced instrumentation for X-ray/neutron scattering studies, surface studies (QCM-D, AFM), analytics (SEC-MALS/A4F) as well as spectroscopy (NMR/fluorescence
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advanced characterisation and experimental approaches, including Scanning Electron Microscopy (SEM), Atomic Force Microscopy (AFM), Confocal Laser Scanning Microscopy (CLSM), phase-enhanced synchrotron X