Hydrogen is considered to be one of the promising power sources in the future. But hydrogen has to be obtained, stored, transported. Various devices – hydrogen accumulators - are used now for hydrogen storage. Thei...
Nanotechnology may unlock the secret for creating highly efficient next-generation LED lighting systems, and exploring its potential is the aim of several projects centered at Oak Ridge National Laboratory.
Seen ever...
Hidden fingerprints can be now be revealed quickly and reliably thanks to two developments in nanotechnology.
The news is reported in the latest edition of the Royal Society of Chemistry journal Chemical Communication...
The problem of efficiently delivering drugs, especially those that are hydrophobic or water-repellant, to tumors or other disease sites has long challenged scientists to develop innovative delivery systems that keep thes...
Electrons love to zip around metals such as copper, especially if the metal is cooled to temperatures near absolute zero. But if they encounter a magnetic atom (say, iron) during their travels, the electrons will try to ...
The Institute of Bioengineering and Nanotechnology (IBN) is arming teachers here with new tools to revitalize their teaching of science in the classrooms. IBN has launched a series of educational Kits to help secondary s...
Azaya Therapeutics has been granted a patent from the U.S. Patent and Trademark Office for Azaya's novel PSL nanotechnology platform. The PSL technology allows for the consistent loading, sizing and stabilizing of ac...
Nanoident Technologies AG has announced it has opened the world's first manufacturing facility for the delivery of printed Semiconductor-based optoelectronics. The Nanoident Organic Fab (OFAB) GmbH, located in Linz, ...
The three-dimensional shells of tiny ocean creatures could provide the foundation for novel electronic devices, including gas sensors able to detect pollution faster and more efficiently than conventional devices.
Usi...
Investigating the composition and behavior of microscale environments, including those within living cells, could become easier and more precise with nanoelectrodes being developed at the University of Illinois.
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