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Jumpy electrons make chromophores semiconductors suitable for nanoscale electronics from PhysOrg.com
The future of high-speed electronics might very well be defined by linking together small, "electrically jumpy" molecules called chromophores. According to researchers at the University of Pennsylvania and St. Joseph's University, electrical charges can zip along chains of linked chromophores faster than any electrical charge yet observed in organic semiconductors, beating the previous benchmark in this regard by a factor of three.
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Genetic Engineering Fuses Spider Silk and Silica from PhysOrg.com
Bioengineers at Tufts University have created a new fusion protein that for the first time combines the toughness of spider silk with the intricate structure of silica. The resulting nanocomposite could be used in medical and industrial applications, such as growing bone tissue.
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Nanoparticles and Lasers Create Cancer-Killing Microbubbles from PhysOrg.com
One promising use of gold nanoparticles is to use them to convert laser energy into heat that can kill malignant cells. Now, in a promising twist on this approach to anticancer therapy, an international team of investigators has developed a method that uses clusters of gold nanoparticles to create vapor microbubbles that can kill targeted cells.
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Earlier related articles
Nano World: New aimed nanoparticles from PhysOrg.com
A new method to develop collections of nanoparticles that each seek out different cell types could help scientists to better spot tumors before they grow or to deliver medicines to precise targets, experts told UPI's Nano World.
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Gold Nanoparticles May Simplify Cancer Detection from PhysOrg.com
Binding gold nanoparticles to a specific antibody for cancer cells could make cancer detection much easier, suggests research at the Georgia Institute of Technology and the University of California at San Francisco (UCSF). The report is published online as an ASAP article in the journal Nano Letters.
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Sticky Surfaces Turn Slippery With the Flip of a Molecular Light Switch from PhysOrg.com
Changing a surface from sticky to slippery could now be as easy as flipping a molecular light switch. Researchers at Rensselaer Polytechnic Institute have created an “optically switchable” material that alters its surface characteristics when exposed to ultraviolet (UV) light. The new material, which is described in the June 19 issue of the journal Angewandte Chemie International Edition, could have a wide variety of applications, from a protein filter for biological mixtures to a tiny valve on a “lab-on-a-chip.”
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'Glass carbon' is a world first from PhysOrg.com
Scientists in Italy have discovered that carbon dioxide can form a glass, the British journal Nature reports on Thursday.
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Nano World: Water harvesting surfaces from PhysOrg.com
Beetles that harvest water from desert air have inspired the creation of printable surfaces that improve on nature with the aid of glass nanoparticles. These surfaces could also help control the flow of microscopic amounts of fluid in labs on microchips, experts tell UPI's Nano World.
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