Preventing the havoc wrought when freezing rain collects on roads, power lines, and aircrafts could be only a few nanometers away. A University of Pittsburgh-led team demonstrates in the Nov. 3 edition of Langmuir a nano...
Very tiny wires, called nanowires, made from such metals as silver and gold, may play a crucial role as electrical or mechanical switches in the development of future-generation ultrasmall nanodevices.
Making nanodev...
Two CSIRO scientists have been honoured at Australia's premier science awards - the Prime Minister's Prizes for Science.
Farfield has developed an application to better understand why bee stings hurt. Using their unique Dual Polarisation Interferometry (DPI) technology embodied in the Analight® 4D instrument range, the membrane - antimicrobial interaction can be studied.
A collaborative team of UALR plant biologists and nanotechnologists have demonstrated how seeds exposed to carbon nanotubes in the agar medium sprouted up to two times faster than control seed, a growth enhancement that has enormous potential on agriculture as well as plant-based biofuel production.
JPK Instruments, a world-leading manufacturer of nanoanalytic instrumentation for research in life sciences and soft matter, is pleased to announce new electrochemical capabilities for their NanoWizard® AFM systems.
Researchers at the California Institute of Technology (Caltech) have created a nanoscale crystal device that, for the first time, allows scientists to confine both light and sound vibrations in the same tiny space.
Carbon nanotubes are being considered for use in everything from sports equipment to medical applications, but a great deal remains unknown about whether these materials cause respiratory or other health problems. Now a ...
If the promise of nanotechnology is to be fulfilled, nanoparticles will have to be able to make something of themselves. An important advance towards this goal has been achieved by researchers with the U.S. Department of Energy's Lawrence Berkeley National Laboratory (Berkeley Lab) who have found a simple and yet powerfully robust way to induce nanoparticles to assemble themselves into complex arrays.
Scientists at the California Institute of Technology (Caltech) have uncovered the physical mechanism by which arrays of nanoscale (billionths-of-a-meter) pillars can be grown on polymer films with very high precision, in potentially limitless patterns.
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