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the manufactured devices. While optical inspection methods have the advantage of being fast and non-destructive, they typically face the challenge that features that are to be resolved are much smaller than
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physics and design principles of natural and man-made complex matter, with research in the disciplines nanophotonics, nanophotovoltaics, chemistry & spectroscopy, mechanical metamaterials and biophysics
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to in vitro, from genome-wide patterns to molecular mechanisms, and from bacteria to human cells. Prof. dr. ir. Sander Tans [email protected] https://www.sandertanslab.nl Phone: +31-(0)20-754 7100 You can
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to in vitro, from genome-wide patterns to molecular mechanisms, and from bacteria to human cells. Prof. dr. ir. Sander Tans [email protected] https://www.sandertanslab.nl Phone: +31-(0)20-754 7100 You can
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and man-made complex matter. AMOLF leverages these insights to create novel functional materials, and to find solutions to societal challenges in renewable energy, green ICT, and health care
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genome-wide patterns to molecular mechanisms, and from bacteria to human cells. This initiative is motivated by our recent discovery that multiple ribosomes cooperate to actively drive protein-complex
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explore new architectures for creating functional and smart hybrid nanosystems. AMOLF performs leading research on the fundamental physics and design foundations of natural and man-made complex matter, with