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Research


PREBIOTIC CHEMISTRY IN NANOSCALE CONFINEMENTS


We address the question if natural nanofluidic environments can act as prebiotic reaction vessels capable to induce key steps of chemical evolution towards the origin of life.
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WETTING WITH ORGANIC SOLIDS


Our technique which we term Organic Solid/Solid Wetting Deposition enables to grow semiconductor monolayers from insoluble molecules with very low technical demand.
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SURFACE ENGINEERING VIA NANOFLUID WATER


Utilizing temporal nanofluidic effects enables us to catalyse interfacial processes for green chemistry applications.
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LOW-DIMENSIONAL CRYSTAL ENGINEERING


We grow 1D nanostructures and 2D assemblies
directly from 3D crystals of organic semiconductors under ambient conditions via OSWD.
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PUBLIC ENGAGEMENT