Benjamin Carr, Ph.D. 👨🏻💻🧬Researchers build #WiFi chip that can operate inside a #nuclearreactor — receiver uses special materials and design to withstand high doses of #radiation for at least 6 month
Chip was primarily designed to allow #robots to work in contaminated areas for decommissioning #nuclear reactors. Regular silicon #semiconductors used for wireless communication are susceptible to interference from nuclear radiation, meaning robots are limited by physical cable needed to control them https://www.tomshardware.com/networking/routers/researchers-build-wi-fi-chip-that-can-operate-inside-a-nuclear-reactor-receiver-uses-special-materials-and-design-to-withstand-high-doses-of-radiation-for-at-least-six-months
Chip was primarily designed to allow #robots to work in contaminated areas for decommissioning #nuclear reactors. Regular silicon #semiconductors used for wireless communication are susceptible to interference from nuclear radiation, meaning robots are limited by physical cable needed to control them https://www.tomshardware.com/networking/routers/researchers-build-wi-fi-chip-that-can-operate-inside-a-nuclear-reactor-receiver-uses-special-materials-and-design-to-withstand-high-doses-of-radiation-for-at-least-six-months
Researchers build Wi-Fi chip that can operate inside a nuclear reactor — receiver uses special materials and design to withstand high doses of radiation for at least six months
A Wi-Fi chip that can withstand heavy doses of radiation would give cleanup robots more freedom to move around without worrying about getting tangled in their communications line.