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NEWS:

Tuesday, October 19, 2010 | Materials | 0 comments
ORNL theorist part of team that discovers unexpected magnetism
With today's nano-fabrication tools, scientists can develop artificial materials with controlled precision - almost atom by atom - of alternating very thin crystalline layers of different materials.

Tuesday, October 19, 2010 | Materials | 0 comments
Lastest Graphene Research Could Lead to Improvements in Bluetooth Headsets and Other Wireless Devices
Researchers at UC Riverside continue advancements with graphene, the single-atom thick carbon crytal that was the subject of this year's Nobel Prize in physics

Friday, October 15, 2010 | Materials | 0 comments
The Noise About Graphene
The promise of graphene lies in the simplicity of its structure—a ‘chicken wire’ lattice of carbon atoms just one layer thick.

Friday, October 15, 2010 | Materials | 0 comments
Bayer MaterialScience and partners develop polyurethane nanofoams for thermal insulation
Double the insulating performance, reduced energy consumption

Thursday, October 14, 2010 | Materials | 0 comments
Silicon strategy shows promise for batteries
A team of Rice University and Lockheed Martin scientists has discovered a way to use simple silicon to radically increase the capacity of lithium-ion batteries.

Thursday, October 14, 2010 | Materials | 0 comments
Triple-mode transistors show potential
Rice University research that capitalizes on the wide-ranging capabilities of graphene could lead to circuit applications that are far more compact and versatile than what is now feasible with silicon-based technologies.

Thursday, October 14, 2010 | Materials | 0 comments
Brilliant protection for LEDs
Highly transparent casting compound formulated from Desmodur and Desmophen; Moisture-repellent, solvent-free and lightfast.

Thursday, October 14, 2010 | Materials | 0 comments
Rigid polyurethane foam an essential link in effective refrigeration chains
Invaluable contribution to energy saving and climate protection; Urbanization increases the distance that food has to travel to reach the consumer.

Thursday, October 14, 2010 | Materials | 0 comments
Weapons Technology Repurposed for Peaceful Use in Medical Prosthetics
1st U.S. Nano Titanium Dental Implant Placed in Inventor’s Mouth

Wednesday, October 13, 2010 | Materials | 0 comments
Beyond the Nobel Prize, what's next for graphene?
If you had never heard of “graphene” a few days ago, you might know something about it today – if you follow the Nobel Prize announcements.

Tuesday, October 12, 2010 | Materials | 0 comments
From Aerospace, Food Packaging to Armour: New Age Composite Materials Developed for a Variety of Industries
A*STAR’s Institute of Materials Research and Engineering (IMRE) showcases R&D in polymer and nanocomposites that are used to produce new transparent high-barrier film packaging, low dental shrinkage materials, anti-scratch coatings, aerospace carbon-fibre reinforced polymers and soft, high-impact resistant protective padding.

Monday, October 11, 2010 | Materials | 0 comments
Researchers Develop Techniques for Using Material Recognized in Nobel Prize
Georgia Institute of Technology researchers have pioneered the fabrication techniques expected to be used for manufacturing high-performance electronic devices from the material that has been recognized in this year's Nobel Prize in physics.

Monday, October 11, 2010 | Materials | 0 comments
Embedded Rods
Chitin-silicon dioxide nanocomposite made by self-organization and sol-gel chemistry

Saturday, October 09, 2010 | Materials | 0 comments
Researchers Discover a New Class of Highly Electronegative Chemical Species
An international team of researchers has discovered a new class of highly electronegative chemical species called hyperhalogens, which use superhalogens as building blocks around a metal atom. The new chemical species may have application in many industries.

Friday, October 08, 2010 | Materials | 0 comments
Technique Allows Researchers to Examine How Materials Bond at the Atomic Level
An approach pioneered by researchers at North Carolina State University gives scientists new insight into the way silicon bonds with other materials at the atomic level. This technique could lead to improved understanding of and control over bond formation at the atomic level, and opportunities for the creation of new devices and more efficient microchips.

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