Researchers from the Georgia Institute of Technology have announced a breakthrough in increasing processing power. “Their innovative design involves sending liquid coolant—in the form of de-ionized water—through microfluidic passages within a few hundred microns of the transistors, allowing chips to operate at temperatures more than 60 percent lower than air-cooled chips,” … [Read more...]
Graphene-based Inks Yield Low Cost and High Speed Printing in Electronics
A team of researchers at the University of Cambridge, along with the Cambridge-based company Novalia, have produced new graphene-based inks which could lead to high-speed manufacturing of printed electronics. The method involves adding graphene and electrically conducting materials to water-based inks for printing. This is the first time graphene has been used for large-scale … [Read more...]
New Graphene Based Filament Introduced
Graphene 3D Lab, Inc., has created Black Magic 3D, a commercial graphene-based conductive polymer filament for use in 3D printing to manufacture electronics. “This graphene-enabled polymer filament is unique on the market in its ability to impart electrical conductivity,” IEEE.org said. Black Magic 3D’s volume resistivity measures at 0.6 Ohms-cm. This is 25 times better than … [Read more...]
Solution to Heat Transfer in Phase Change Materials Unveiled
Dr. Patrick Shamberger, assistant professor at Texas A&M University, has found an “analytical solution to heat transfer in PCMs (Phase Change Materials) used in thermal energy storage and has identified the relative role of thermo-physical properties of different materials,” according to Phys.org. Shamberger is one of the lead researchers studying high-energy storage … [Read more...]
Thermal Invisibility Cloak Improves Heat Distribution in Electronics
A team of researchers from the Nanyang Technological University (NTU) in Singapore has developed a thermal invisibility cloak that would improve heat distribution in electronic devices by redirecting incoming heat. The cloaks are capable of guiding heat around a hidden object, thus resulting in complete thermal invisibility. “Based on carefully engineered metamaterials – … [Read more...]
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