
3D plasmonic nanoantennas produce a 300 times enhancement in the conversion efficiency of lanthanide-based upconversion luminescence materials.
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3D plasmonic nanoantennas produce a 300 times enhancement in the conversion efficiency of lanthanide-based upconversion luminescence materials.

The radiative emission rate of poly(3-hexylthiophene) could be greatly enhanced by integrating it into a plasmonic split-dipole nanoantenna.

Nanomaterials have so much to offer – the sooner we uncover their interactions with biological systems and the mechanisms behind them, the sooner we can apply nanomaterials to safe, effective, advanced technologies. That’s why this special issue on Nanotoxicology in Small was just too big to publish as a single issue…

Ultra-broad tunable, very compact quantum cascade laser-based „MIRcat“ to dramaticalle simplify absorption spectroscopy in the „finger print region“.

An online guide from Professors Karen Cheng and Marco Rolandi of the University of Washington.
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