Adding Wrinkles to Graphene Just Got Easier
A new process offers greater precision and tunability in adding creases to graphene to improve its electronic properties
Tag Results for transistors (180)
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Single-Molecule Transistors Get Reproducibility and Room-Temperature Operation
Another landmark discovery on the road toward molecular computing
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Two-Dimensional Versions of High-K Materials Offer New Future for Chips
Thinning high-K materials down to two dimensions offers the same bandgap as a silicon transistor but at one-tenth the size
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Photon-Triggered Nanowire Transistors a Step Toward Optical Computing
Korean researchers produce photon-triggered transistors in which electric currents are switched and amplified just like conventional all-electronic transistors
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Carbon Nanotubes Reduce Transistor Footprint to Forty Nanometers
Nanotubes offer a path towards meeting an ITRS benchmark a decade from now
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Plotting a Moore’s Law for Flexible Electronics
A five-year project at Imec aims to make big boosts in the density of thin-film transistor circuitry
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Nanosheets: IBM’s Path to 5-Nanometer Transistors
IBM says their stacked nanosheet transistors will give circuit designers more flexibility
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The Benefits of Old Age (for Transistors)
Simulations suggest old ICs should consume less power than they did in their youth
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How Will We Go Beyond Moore’s Law? Experts Weigh In
This short video was shot at SXSW this year, where the IEEE held a panel to discuss the future of computing
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Graphene Photodetector Could Make Sharper Images With Fewer Pixels
A graphene photodetector can pinpoint the position of light that falls far from it