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hydrogen environments. By combining advanced experiments with multiscale modelling, CIRHY aims to enable reliable and sustainable steels for future hydrogen infrastructure and industry. Hydrogen
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state-of-the-art genomic and epigenomic approaches to study chromatin dynamics in human cells and stem cell-derived neuronal models. The project will generate fundamental insights into the chromatin-based
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Thermal Conversion and Storage group at the University of Twente, you will investigate CO₂ desublimation under controlled cryogenic conditions. The project is primarily experimental, supported by modelling
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regenerative capacity of liver tissue. Your work will involve the use of research animals to investigate cell-cell interactions during regenerative processes and to developed new in vitro organoid models. You
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nanoparticle uptake, transfection, and biological performance in 2D cell culture and relevant in vitro 3D tissue models. Integrate physicochemical and biological data to identify design principles governing
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of VT ablation is conceptually simple: find where the fatal heart rhythm is originating and use either thermal or electrical energy to destroy, or ablate, that tissue, leaving the rest of the heart
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Are you passionate about shaping the future of AI infrastructure? Join us to develop innovative photonic technologies that enable ultra-fast, energy-efficient, and highly scalable optical
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-graduate, hands-on laboratory experience. Documented experience with advanced human cell culture, including 3D models and organ-on-chip systems. Hands-on experience with pluripotent stem cell culture
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, resource-constrained devices at the far edge of the computing infrastructure. Given the challenges of limited computation, energy constraints, and communication bottlenecks, there is a growing need to
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therapies against glioblastoma. The PhD project will be conducted within the framework of the project Glioblastoma Blood-Brain Barrier Integrated Model for T-Cell Therapies (GBBRAIN-T). This fellowship is