What will computing look like in the post Moore’s Law era? There’s no shortage of ideas. A new federal white paper – A Federal Vision for Future Computing: A Nanotechnology-Inspired Grand Challenge – tackles the ‘what’s next’ question and spells out seven specific research and development priorities and identifies the federal entities responsible.
As integrated circuits get smaller, past the current 20nm-22nm process technology, they increasingly come up against quantum mechanics quirks such as electron tunneling and current leakage. Chip designers and academic researchers mainly pursue the next nanometer threshold, in adherence to the ITRS (the International Technology Roadmap for Semiconductors), using all kinds of clever workarounds to Read more…
Today’s consumers have an array of lighting options to select from, giving them the light they want while saving energy and money. In addition to the standard incandescent bulb that’s been around since Thomas Edison invented it about 130 years ago, there are energy-efficient halogen incandescents, compact florescent lamps (CFLs) and a new breed of Read more…
Dean Plummer talks about the future of CMOS, alternative energy, and the profession of engineering.
Aussies build silicon-based quantum computing device.
Institute’s supercomputer drives graphene research.
A Purdue researcher is developing new nano-simulation tools on TACC’s “Ranger” supercomputer to design smaller transistors