
NRL team develop a vapor sensor based on new monolayer materials that shows great potential for future nanoscale electronic devices.
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NRL team develop a vapor sensor based on new monolayer materials that shows great potential for future nanoscale electronic devices.

Researchers from the Karlsruhe Institute of Technology and French colleagues from Grenoble and Strasbourg build novel quantum mechanical system.
A twist on thin-film technology may provide a way to optically detect and analyze multiple substances simultaneously.

Professor Logan Liu and co-workers at University of Illinois create large-area, high-density nanoscale arrays based on the the Lycurgus Cup.

Piezoelectric force sensors based on polyvinylidene fluoride fibers can detect small forces and be integrated in textiles.

Device monitors microcystin-LR, a cyanobacterial toxin, in sources of drinking water supplies using carbon nanotube arrays.
University of Wollogong researchers have printed materials which can actuate and strain gauge.
Device is based on Norwegian radar technology and already finding practical applications.

Researchers use molecular imprinting to develop a highly sensitive and selective nanorod biosensor with artificial antibodies.

This special issue on low-dimensional carbon materials for Small is dedicated to the 20th anniversary of the Center for Nanochemistry at Peking University.
Discover the latest research here!
EurJIC Special Issue: Spin-Crossover Complexes
New Book: Spin-Crossover Materials
Position available in team responsible for journals such as Advanced Materials and Macromolecular Rapid Communications.

“SK010PA” series polarization analyzer, a comprehensive universal measurement and test system for free beam applications and fiber-coupled laser sources.

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