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Photos of the Day: The Smallest Plasma Transistors

Thu, 03/20/2014 - 10:16am
Aditi Risbud, University of Utah

University of Utah electrical engineers test a microplasma transistor by applying a voltage through four electrodes touching the surface of the transistor. Plasma is a charged gas that conducts electricity, seen here as a pink glowing light. Unlike typical transistors, the Utah microplasma transistor uses an air gap that conducts ions and electrons from a helium plasma once a voltage is applied. The new devices are designed to withstand ionizing radiation. Credit: Dan Hixson, College of Engineering, University of Utah.

Read: Tiny Transistors for Extreme Environs

University of Utah electrical engineers Massood Tabib-Azar and Pradeep Pai fabricated the smallest plasma transistors that can withstand high temperatures and ionizing radiation found in a nuclear reactor. They could be used in robots sent into a damaged reactor facility and could keep working during a nuclear attack. Someday they also might make it possible for smartphones to act as a battlefield X-ray machines or for other devices to measure air quality in real time. Credit: Dan Hixson, College of Engineering, University of Utah.

For more information visit http://www.utah.edu.

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