Designing Long-Duration Toxin Sensors

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LOW-POWER DEVICES — Sandia microelectronics engineer Mieko Hirabayashi transfers microelectronic devices into storage containers. (Photo by Craig Fritz)
Sandia microelectronics engineer Mieko Hirabayashi transfers microelectronic devices into storage containers (photo by Craig Fritz).

June 4, 2025 | Originally published by Sandia National Laboratories on April 17, 2025

Imagine a smoke detector that instead of warning residents of smoke before a fire engulfs their home, is placed in mass-transit locations to alert travelers and first responders to hazardous chemicals in the air.

Researchers at Sandia have spent the last three years developing an ultra-low-power chemical sensor to detect sarin and other chemical warfare agents or gaseous industrial toxins, aiming to protect the public and Warfighters.

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