The Accelerator Wall: A New Problem for a Post-Moore’s Law World
Specialized chips and circuits may not save the computer industry after all
Specialized chips and circuits may not save the computer industry after all
Researchers have created a field-effect transistor using a single-crystal, “paint-on” perovskite
LEDs made of gallium nitride nanowires are already incredibly compact and efficient—but a new vertical design could take these devices to the next level
A novel field emission transistor that uses air gaps could breathe life into Moore’s Law
Hydrogen ions can turn magnetism on and off in a spintronic device, opening up digital logic applications
In a quest for penny-priced plastic sensors, Arm and its partners are demonstrating a stripped-down form of machine learning
Maryland researchers develop a silicon chip that guides the light around its edge producing high-quality single photons
3D stacking saves space, time, and energy, but it takes some smarts to do it best
University of Maryland researchers demonstrate the first single-photon transistor using a semiconductor chip
Blending hydrogels with gold nanoparticles can produce a transistor for extra-sensitive sensors