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A silicon carbide transistor that operates at 600°C: For more than two decades, silicon carbide (SiC) has been promoted as the key to developing ...
techxplore.com/news/2026-08-silicon-carbide-transistor-600c.html
A silicon carbide transistor that operates at 600°C
MIT engineers connect bacteria to create living transistors: MIT researchers engineered bacteria that can function as transistors, enabling the creation of ...
news.mit.edu/2026/mit-engineers-connect-bacteria-to-create-living-transistors-0817
MIT engineers connect bacteria to create living transistors
Radiation-Hardened Wi-Fi for Robotics in Nuclear Industry: Six months in a nuclear reactor? This receiver chip can take it
spectrum.ieee.org/robotics-in-nuclear-industry
Radiation-Hardened Wi-Fi for Robotics in Nuclear Industry
Aerosol jet printing creates durable, low-power transistors for next-generation tech
techxplore.com/news/2026-03-aerosol-jet-durable-power-transistors.html
Aerosol jet printing creates durable, low-power transistors for ...
Transistor 'design limitation' actually improves performance, scientists find
techxplore.com/news/2025-12-transistor-limitation-scientists.html
Transistor 'design limitation' actually improves performance ...
Why basic science deserves our boldest investment: The humble inventions that power our modern world wouldn’t have been possible without decades of support for ...
technologyreview.com/2025/09/08/1123214/opinion-basic-science-research-funding/
Why basic science deserves our boldest investment
The Science of Keeping Your Chips Cool: Every electronic device generates heat, and managing it is key to performance. This article explores the basics of heat ...
techspot.com/article/1969-cooling-science/
The Science of Keeping Your Chips Cool
Are 3nm or 4nm chips better than 5nm chips? Does size really matter?: When it comes to electronics, smaller is usually better.
androidcentral.com/phones/nanometers-explained-why-node-size-matters
Are 3nm or 4nm chips better than 5nm chips? Does size really matter?
MIT's 3D nanoscale transistors use quantum tunneling design to bypass physical limits
techspot.com/news/105454-mit-3d-nanoscale-transistors-use-quantum-tunneling-design.html
MIT's 3D nanoscale transistors use quantum tunneling design to bypass ...
3D-printed semiconductor-free logic gates could soon power cheap electronics devices
techspot.com/news/105239-3d-printed-semiconductor-free-logic-gates-could-soon.html
3D-printed semiconductor-free logic gates could soon power cheap ...
New 3D integrated metal-oxide transistors to fabricate compact and high density electronics
techxplore.com/news/2024-07-3d-metal-oxide-transistors-fabricate.html
New 3D integrated metal-oxide transistors to fabricate compact and high ...
MIT scientists develop transistor with nanosecond switching and billion-cycle durability
techspot.com/news/104039-mit-scientists-develop-new-transistor-switches-nanoseconds-lasts.html
MIT scientists develop transistor with nanosecond switching and ...
MIT researchers create a super-fast, super-tough, super-slidey transistor and claim that in '10 to 20 years from now could change the world'
pcgamer.com/hardware/ssds/mit-researchers-create-a-super-fast-super-tough-super-slidey-transistor-and-claim-that-in-10-to-20-years-from-now-could-change-the-world/
MIT researchers create a super-fast, super-tough, super-slidey transistor ...
New transistors switch at nanosecond speeds and deliver remarkable durability — ferroelectric material transistor could revolutionize electronics ...
tomshardware.com/tech-industry/new-transistors-switch-at-nanosecond-speeds-and-deliver-remarkable-durability-ferroelectric-material-transistor-could-revolutionize-electronics-say-mit-scientists
New transistors switch at nanosecond speeds and deliver remarkable ...
Reconfigurable electronics: More functionality on less chip area: Even the most complicated data processing on a computer can be broken down into small ...
techxplore.com/news/2024-03-reconfigurable-electronics-functionality-chip-area.html
Reconfigurable electronics: More functionality on less chip area