Atoms-thick layer of silicon-based semiconductor may allow us to better understand the harsh environments of Venus

Atoms-thick layer of silicon-based semiconductor may allow us to better understand the harsh environments of Venus

In 1967, Venera 4 was the 1st probe to transmit data from another planet’s atmosphere. 8 models, and close to 15 years, later we were able to receive the 1st colour panoramic views of that same planet’s surface.  Today, Venus still very much remains a mystery with probes unable to withstand the extreme temperatures and atmospheric pressures for more than 127 minutes. However, researchers at Standford University’s Extreme Environment Microsystems Laboratory are working on developing an atoms-thick layer shield that should theoretically allow electronics to withstand temperatures of up to 600°C. If this research proves successful, it could change our exploration of space as well as help us understand more about our own planet.

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Atoms-thick layer of silicon-based semiconductor may allow us to better understand the harsh environments of Venus
HowellSpace