100-nanometer-long “meta-atom” of gold and silicon oxide is capable of straightening and speeding up light waves.

New liquid crystal properties could boost self-healing materials
Rice University researchers find that silicone liquid crystals stiffen with repeated compression.

Generating UV from a light-speed mirror
Researchers succeed in generating flashes of extreme ultraviolet radiation via the reflection from a mirror that moves close to the speed of light.

Nanodevices can be both battery and memory
Resistive memory cells open up new possibilities in nanoelectronics.

Reviewing the Development of Metallic Foams with John Banhart
The history, current status and future development of metallic foams is described in a comprehensive review in Advanced Engineering Materials.

Improving signal-to-noise in biosensing
Researchers report the application of TRPT and fluorescence lifetime imaging microscopy (FLIM) for heparin sensing and bioimaging.

Piezoelectric devices could give robots a sense of touch
Researchers have fabricated arrays of piezotronic transistors capable of converting mechanical motion directly into electronic controlling signals.
Imaging nanoparticles in action
Researchers develop technique for imaging nanoparticle dynamics with atomic resolution as these dynamics occur in a liquid environment.

Fabricating smart composite materials with wrinkled microstructures
MIT researchers mimic nature to produce interfacial composite materials with stimuli-responsive microstructures.

Cause of LED "droop" identified
Researchers at UC Santa Barbara and École Polytechnique confirm that Auger recombination theory is responsible for LED droop phenomenon.