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, control and maintenance of the inventory of biological samples (mammalian cells, microorganisms, worms, model organisms, antibodies, etc.) of the Unit. Assist in the purchasing process, registration
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fluid delivery and complete lab-on-a-chip integration for point-of-care devices. The application and technology transfer of the nanobiosensor devices for clinical diagnostics and environmental control is
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upon compound exposure. About Guigo’s lab The overarching theme of the research in our lab is the understanding of the information encoded in genomic sequences, and how this information is processed in
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molecules, present in various living organisms (e.g., mussels), have demonstrated unprecedented adhesive properties under wet conditions, biocompatibility, low toxicity and low cost/scalable processes
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application of these nanostructures for advanced and externally controlled nanotherapies, contrast agents, environmental remediation and sensors. The group also pushes at the limits of microscopy, synchrotron
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application of these nanostructures for advanced and externally controlled nanotherapies, contrast agents, environmental remediation and sensors. The group also pushes at the limits of microscopy, synchrotron
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Nanoparticles Group at ICN2, led by Dr. Neus G. Bastús, focuses on the design and synthesis of advanced inorganic nanomaterials through wet-chemistry routes, with precise control over size, morphology
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-Based Generative Models: How can we fundamentally redesign generation processes for superior efficiency, controllability, and quality? We are exploring diffusion models, flow-matching, and other parallel
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multimodal models. Research and implement advanced pre-training, fine-tuning, and alignment techniques (e.g., RLHF, DPO, constitutional AI). Explore new methods for controllable generation, creative content
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and responsibilities: Testing of the microscope's components to assure full functionality. Installation of the system. Adapting the control electronics and software for optimizing user-friendly