CORDIS Project
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This project explores attractive interactions between charged soft-matter objects and confining surfaces in low ionic strength solutions. It aims to control the self-assembly of nano-objects for applications in plasmonics and photonics, enabling novel arrangements for studying light scattering and fluorescence phenomen…
We have demonstrated the presence of attractive interactions arising in low ionic strength solution between charged soft-matter objects and highly curved regions of like-charged confining surfaces.
These unexpected interactions result in stretching of DNA and trapping of colloidal particles in solution in a nanofluidic slit.
This proposal seeks to further understand the attractive interactions arising between colloidal objects and like-charged confining walls in low-ionic-strength solution, in o…
EIDGENOESSISCHE TECHNISCHE HOCHSCHULE ZUERICH
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