Dr. Cameron Chai

NanoPlasmonic Structures Decelerate Light Waves Across Various Wavelengths

A team of researchers at Lehigh University have confirmed the rainbow trapping effect, to show that plasmonic structures can decelerate light waves across various wavelengths.

Nanoparticles of Medicines Dissolve Faster in Bloodstream

Leti’s FD SOI Technology to Validate Infiniscale Tools

Grenoble-based CEA-Leti and InfiniScale have signed a multi-year joint venture to concentrate on process-variability monitoring in aggressive technologies such as SOI sub-28nm systems.

Nanorods to Enhance Visual Display of Data

University of California, Riverside scientists have designed nanoscale-sized apparatus comprising iron oxide particles that react to an outside magnetic field, enhancing visual data being displayed.

Virtuoso-Based Analog Flow Increases Productivity in Nanometer Process Nodes

Cadence Design Systems makes improvements to its Virtuoso-based analog flow. This increases productivity for the flow from the basic design to the final GDSII, and for process nodes down to 20 nanometers.

NanoCrystal Technology Receives Approval from EC

Bruker Showcases Nano-Technology Enabled Systems at Pittcon 2011

Bruker is showcasing its range of analytical technologies at Pittcon 2011. The systems target better analysis in industrial and related applications for improved sensitivity and productivity.

Electron Microscopy Solutions for Nanofabrication

Carl Zeiss, developer of microscopes, will showcase optical and electron microscopy solutions at the Pittcon Conference and Expo 2011, to be held between March 13 and 18 at the Georgia World Congress Center in Atlanta, Georgia.

Carbon Nanotubes to Increase Battery Life

Researchers at the University of Illinois have designed a low-power digital memory that is fast and energy efficient. The technology could enhance battery life in portable applications.

Scanning Microscope Used for Studying Stimulation of Molecules at Nanoscale

Scientists at UCLA has have isolated two molecules simultaneously on a substrate, controlled the stimulation with UV rays, and recorded their findings both before and after the stimulation.