University of Würzburg physicists have modified silicon carbide crystals and found that they may have application in quantum computing.
Mid-IR Laser Source for the Important Spectral Fingerprint Region
Ultra-broad tunable, very compact quantum cascade laser-based „MIRcat“ to dramaticalle simplify absorption spectroscopy in the „finger print region“.
Ames Laboratory scientists granted time on world's fastest computer
Bruce Harmon, Kai-Ming Ho, and Cai-Zhuang Wang will identify promising compositions of new magnetic materials that do not contain rare earth elements.
Metamaterials experts develops method to reduce electron mass
Researchers have come up with a theory for moving metamaterial patterning onto the quantum scale.
New Insight into an Intriguing State of Magnetism
Scientists from Berkeley and TU Munich investigate magnons in a material that becomes helimagnetic below about 30 kelvin: iron silicide doped with cobalt.
Maximum Resolution through Solid Immersion
Stefan Hell and co-workers have achieved maximum spatial resolution in far-field optical imaging by applying solid immersion lenses to stimulated emission depletion microscopy.
Silicon lasers for the terahertz spectral range
Stimulated emission between impurity levels in silicon is a promising source of terahertz laser radiation.
Where Materials Scientists Meet – the 2012 MRS Fall Meeting
The 2012 Fall Meeting of the Materials Research Society (MRS) took place in Boston, Massachusetts, USA, from November 25 to November 30.
Designer nanocrystals find funding
W. M. Keck Foundation funds David Mazziotti, Greg Engel, and Dmitri Talapin to research manipulate of nanocrystal properties.
Researchers measure supercollision cooling of hot electronics in graphene
Cornell research team shed light on electron cooling through the first known direct measurements of hot electrons cooling down in graphene.







