Dr. Cameron Chai

SiliconBlue Technologies’ MobileFPGA Roadmap to Utilize TSMC’s 40nm Low Power Standard CMOS Process

Santa Clara, California-based SiliconBlue Technologies, a provider of Custom Mobile Device systems for portable applications, has launched its mobile FPGA platform that incorporates TSMC’s power-efficient CMOS process.

Nanotechnology-Based Printed Memory Solutions for Consumer Electronics Appliances

Thin Film Electronics and PARC have entered the second phase of their collaboration to develop samples of printed memory products prior to mass-production.

Clinical Tests on Silicon Reveals Antifuse Technology is Scalable

RNA Sequencing Helps Develop Self Assembling Nano Square

A team of scientists at the University of California San Diego have recently developed a high resolution design of a nano-scale square fabricated from ribonucleic acid, or RNA.

Nano-sized Transmission Cables Enhance Frequency of Infrared Light

Researchers at nanoGUNE have discovered that infrared light can be transmitted and nanofocused using nano-sized transmission cables that feature two metal nanowires placed close together in a ladder structure.

PComP Nanocomposite Ceramic-Metallic Coatings to Replace Toxic Hard Chrome Plating

The MesoCoat production unit in Ohio will feature a single ‘CermaClad’ assembly line to produce about 10,000sqm/year of clad tubes, pipes and plates that are resistant to corrosion and wear.

Nano-Scale Metamaterials Developed from Acoustical Wave Force

A Los Alamos National Lab (LANL) team of researchers has developed a bench-top method using acoustical wave force in order to develop multiple three-dimensional designs that will enable metamaterials and their uses in applications such as invisibility cloaks.

Nanotechnology to Stretch DNA to Diagnose Diseases

Passing DNA sequencing through nanochannels that are thinner than a human hair is called DNA stretching. CIC microGUNE has so far published two reports on research it has conducted in this field, and has applied for a patent.

Joint Venture to Speed Up I-O Cell Classification with Nanometer SPICE Precision

Santa Clara, California-based Berkeley Design Automation and Altos Design Automation, recently declared that the Berkeley Analog FastSPICE Platform will be incorporated into the Liberate product from Altos in an endeavor to speed up complicated I/O cell classification with nanometer SPICE precision, such as impacts of noise and design parasitics.

Graphite Nanoparticles to Generate Clean Solar Energy

A team of researchers at Arizona State University have conducted studies to show that graphite nanoparticles can generate solar power.