Researchers at MIT have found a novel method for etching extremely narrow lines on a microchip, using a material that can be switched from transparent to opaque, and vice versa, just by exposing it to certain wavelengths...
The speed at which heat moves between two materials touching each other is
a potent indicator of how strongly they are bonded to each other, according
to a new study by researchers at Rensselaer
Polytechnic Institute.
Kansas State University engineers
think the possibilities are deep for a very thin material. Vikas Berry, assistant
professor of chemical engineering, is leading research combining biological
materials with graphene, a recently developed carbon material that is only a
single atom thick.
Recent experiments to create a fast-reacting explosive by concocting it at
the nanoscopic level could result in more spectacular firework displays. But
more impressive to the Missouri
University of Science and Technology professor who led the research, the
method used to mix chemicals at that tiny scale could lead to new strong porous
materials for high temperature applications.
Auto manufacturer Chrysler said this week it has chosen A123Systems, a Watertown company based on technology developed at MIT, to make batteries for its new Envi line of electric and hybrid cars.
A123Systems was co-fo...
For the first time, MIT researchers
have shown they can genetically engineer viruses to build both the positively
and negatively charged ends of a lithium-ion battery.
Engineers at Ohio State University are developing a technique for mass producing computer chips made from the same material found in pencils.
Experts believe that graphene -- the sheet-like form of carbon found in gra...
University of Wisconsin-Madison research team has developed a new method for using nanoscale silicon that could improve devices that convert thermal energy into electrical energy.
The team, led by Erwin W. Mueller Pr...
The power of magnetism may address a major problem facing bioengineers as
they try to create new tissue -- getting human cells to not only form structures,
but to stimulate the growth of blood vessels to nourish that growth.
Engineers at Ohio State University are developing a technique for mass producing computer chips made from the same material found in pencils.
Experts believe that graphene -- the sheet-like form of carbon found in gr...
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