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Description Job Summary: Under nominal direction, this individual performs a variety of basic and general laboratory research and clerical tasks related to fluorescence imaging of dynamic cellular processes in
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computational modeling to explore how different abstractions of network dynamics shape biological complexity and adaptability. The lab was created in 2025, when Dr. R. Gonzalo Parra started as a Ramón y Cajal
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, located within the Institute of Molecular and Cellular Biology (IBMC), studies the mechanisms of virus replication and assembly using advanced RNA biology techniques. Dr. Smyth's team focuses
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modeling molecular dynamics using our trapped Rydberg ion technology. This position is part of the ERC Synergy project "Open 2D Quantum Simulator (OPEN-2QS)", which start on 1 May 2025. The OPEN-2QS project
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dynamic interdisciplinary research institute that brings together chemistry and physics to unravel the mysteries of atomic, molecular and solid-state environments. The institute strives to make a positive
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scattering with computer modelling such as molecular dynamics simulations and AI-assisted data mining. The new technical capabilities will help bridge the current gap in biocide development, i.e., to link
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PhD Student Brain multiregion singlecell transcriptomics of Myalgic Encephalomyelitis/CFSyndrome NIN
postmortem tissue, high-throughput sequencing, and translational neuroimmunology. You will be involved in identifying molecular targets and immune biomarkers for ME/CFS, potentially guiding future therapeutic
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particles have many unique shapes not encountered for bacterial and eukaryotic viruses. We focus on the infection strategies of archaeal viruses and study the molecular mechanisms underlying essential steps
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(campus Drie Eiken) and the VUB Brussels Humanities, Sciences & Engineering Campus (Elsene), within a dynamic and stimulating working environment As part of both VIB-UAntwerp Center for Molecular Neurology
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industrial application. It is part of activities in ARCNL’s Source Department. The research activities of the Source Department and its EUV Plasma Processes group aim at the atomic- and molecular-level