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Field
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in large pre-trained models (vision-language models), generative models (flow matching, diffusion), simulation-based inference, and robust and active learning. The group has a wide network of
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, advanced analytics and cutting-edge -omics technologies, and apply state-of-the art methods in transcriptomics, biochemistry, fluorescence and cryo-electron tomography to illuminate the biology of RNA and
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data generated by NOAH partners; • develop a generative ARCA component, exploring autoencoder- and/or diffusion-based approaches for generating ecologically plausible microbiome configurations; • apply
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, or integration of gas diffusion electrodes into working devices. Computational fluid dynamics or multiphysics modelling to support device design and interpretation of experimental results, using COMSOL, ANSYS
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) and group IV vacancy centers, are the leading qubit platform for quantum repeater nodes, and the quality and purity of the host diamond set the limit on their spin coherence and optical properties
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-free inference, normalizing flows, flow matching or diffusion models is meriting. Experience in particle physics, in particular with collider simulation tools (e.g., MadGraph, Pythia, Delphes
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relevant to have experience with analysis techniques such as AFM, WLI, contact-angle, XPS, infrared metrology. You will work in the XUV Optics group at the University of Twente, embedded in the MESA
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-vacancy (NV) and group IV vacancy centers, are the leading qubit platform for quantum repeater nodes, and the quality and purity of the host diamond set the limit on their spin coherence and optical
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-based instruments for applications across a wide range of disciplines including adaptive optics, spectroscopy, biophysics, remote sensing, laser communications, and fusion diagnostics. We host the ESA
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of the project NanoMuscles funded by the FNRS. The NanoChemistry & Molecular System group employs single-molecule techniques, AFM and optical tweezers, to study the operation of small synthetic molecules and