Manufacturing Bits: Spintronics gains traction; 3D-IC wireless connections; analog stacked-die.
System Bits: Georgia Tech researchers have created a Web-based tool that allows systems engineers to experiment with what-if scenarios by adjusting design parameters and examining potential outcomes; scientists at McGill University and Sandia National Lab explore when nanotech and quantum physics meet in one dimension.
Power/Performance Bits: UC Berkeley researchers have created highly sensitive tactile sensors for robotic applications; a new technique developed by MIT researchers allows tiny sensors to monitor small changes in magnetic fields, such as when neurons transmit electrical signals.
System Bits: Georgia Tech researchers have created a Web-based tool that allows systems engineers to experiment with what-if scenarios by adjusting design parameters and examining potential outcomes; scientists at McGill University and Sandia National Lab explore when nanotech and quantum physics meet in one dimension.
Power/Performance Bits: UC Berkeley researchers have created highly sensitive tactile sensors for robotic applications; a new technique developed by MIT researchers allows tiny sensors to monitor small changes in magnetic fields, such as when neurons transmit electrical signals.
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