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to create novel synthetic materials? The aim of another project is to study the interplay of structure, interactions and function in physical learning systems. We aspire to understand how structure and
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the NWO research programme NanoXUV we will develop nanophotonic structures that convert infrared wavelengths to coherent structured light of very short wavelength, in the UV and even extreme ultraviolet
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which a system can dynamically tune itself to a critical point, and from which scale-free structures (aka fractals) emerge organically in the dynamics of the system. While SOC has been theoretically
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structures for application in high-precision semiconductor metrology, guided by design principles from the field of optical metasurfaces. The tremendous success of the semiconductor industry is enabled by
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structures like nanosheet transistors that are relevant for semiconductor manufacturing and uses tomographic techniques in combination with inverse design and machine learning tools. The aim is to determine
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routinely visualize materials all the way down to the atomic level, revealing unexpected insights into the influence of chemical structure on material properties. At the same time, recent developments in
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pacemaker or a wearable fitness monitor) is extremely hard – due to the very large design space (there are infinitely many systems one could build!) and due to the complex relation between device structure
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Koenderink) aim at developing nanoscale photonic structures, such as plasmonics and metasurfaces, to control scattering, emission, amplification and detection of light. Our work has applications in the domains
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to derive characteristic materials properties and feature sizes in 3D from the collected data sets. The project ranges from studies of simple model systems to complex structures like nanosheet transistors