French scientists show that simple surface adsorption of silica nanoparticles can glue together gel-like materials, including biological tissues.
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Swiss scientists generate nanorattles of silver nanoparticles encased in silica shells as potential antimicrobial coatings on biomedical implants.
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3D graphene to replace platinum in dye-sensitized solar apps? Dye-sensitized solar cells are thin, flexible, easy to make, and efficient. However, they use platinum, and, at $1,500 an ounce, the…
Read MoreHere is what we are hearing: Clad to meet you: MesoCoat’s metal cladding plant in Euclid is first step in growth plan Andrew Sherman’s pipe dream is one step closer…
Read MoreResearchers create solar steam using nanoparticles at Rice University. Credit: Rice Univ. From Futurity.org: New technology that uses nanoparticles to convert solar energy directly into steam is so effective it…
Read More(a) Schematic of the unipolar switching in SiOx, showing the typical set (red) and reset (blue) I-V curves (9). (b) Schematic of the SiOx thin-walled structure for in situ TEM…
Read MoreLike bees and their honeycomb, a team of PNNL and University of Washington scientists have figured out a way to pack tumor killing antibodies into the cavities of porous silica…
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S.K. Sundaram is chief materials scientist at the Pacific Northwest National Lab. In this short video, he discusses several non-contact methods of taking materials measurements. In particular, Sundaram describes the…
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