Researchers at Oregon State University have discovered a way to make a new metamaterial that might accomplish negative refraction of light.

Researchers at Oregon State University have discovered a way to make a new metamaterial that might accomplish negative refraction of light.
With the new TEAM Pegasus system EDAX combines energy dispersive spectroscopy and electron backscatter diffraction for comprehensive materials analysis.
Issue 1 of Advanced Optical Materials features twelve papers from leading research groups, covering all aspects of light–matter interactions.
A simple two step process was developed to fabricate substrates with flexible free standing nanopillars which exhibit a large and uniform
Raman enhancement.
Combining a ductile metal matrix with brittle ceramic additions leads to new composite materials with superior mechanical properties, which appears to be ideal for structural and crash-absorption applications.
BASF builds its Battery Materials capabilities with the purchase of Merck’s electrolytes business.
Electro-optical materials can be efficiently poled with a static field generated by pyroelectric crystals, report A.K.-Y. Jen and coworkers.
Scientists have fabricated a 3D metamaterial, which shows linear and circular dichroism, using a self-assembled block copolymer as a template.
Researchers at the Wooley Laboratory have used polymers to mimic the characteristics and actions of biological nanoparticles and structures.
Multilevel Molecular Assemblies: Scientists in China and Germany are working together to make efficient tools out of molecular assemblies.