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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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MEMS and NEMS; Scanning probe microscopy; Nanomanipulation; Cavity optomechanics; Optical tweezers; Plasmonic resonators; Atomic force microscopy; Nearfield scanning optical microscopy; Nanotechnology
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combines atomic force microscopy (AFM) with IR spectroscopy thus enabling IR analysis with a spatial resolution 5-10 nm (i.e. well below the diffraction limit of IR light). This enables determining chemical
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-speed atomic force microscopy (HS-AFM), including ultrafast imaging and nanomechanical measurements of biological samples. Our goal is to develop advanced AFM technologies and use them to uncover
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Nanotechnology. Proven experience in atomic force microscopy (AFM), namely in sample preparation for AFM analysis, equipment operation, data acquisition, processing, and analysis. Experience in
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heterostructures through photoluminescence, reflectivity, second-harmonic generation, and possibly of atomic force microscopy techniques. Where to apply Website Requirements Additional Information Eligibility
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infrared spectroscopy – FTIR, X-ray photoelectron spectroscopy – XPS, thermogravimetric analysis – TGA, differential scanning calorimetry – DSC, atomic force microscopy – ATM, among others
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Atomic Force Microscopy (AFM)-based SMFS and Optical Tweezers-based SMFS. You will have access to a wide range of in-house experimental facilities and a network of leading international collaborations
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specifically at contact sites with neighboring bacteria ( https://doi.org/10.15252/embj.2021108595 ). Tit-for-tat response : Atomic force microscopy and live-cell imaging demonstrated that T6SS assembly in
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at contact sites with neighboring bacteria ( https://doi.org/10.15252/embj.2021108595 ). Tit-for-tat response: Atomic force microscopy and live-cell imaging demonstrated that T6SS assembly in