Nanoengineered Switches Pave the Way for Heat-Free Electronics and Quantum Data Control
TL;DR Summary
Researchers from the University of Michigan have developed a nanoengineered optoexcitonic switch using tungsten diselenide that reduces energy loss by 66% and surpasses traditional switches in performance, potentially revolutionizing energy efficiency in electronics.
- Next-generation nanoengineered switches can cut heat loss in electronics Phys.org
- Electronics breakthrough means our devices may one day no longer emit waste heat, scientists say Live Science
- Nano-Switch Achieves First Directed, Gated Flow Of Chargeless Quantum Information Carriers Eurasia Review
- US engineers build transistor-like switch for quantum excitons Interesting Engineering
- Breakthrough Nano-Switch Enables Precise Control of Chargeless Quantum Information Flow BIOENGINEER.ORG
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