Considering a deep space journey to Mars will take approximately three-years, it’s essential to not only fully understand the effects of radiation on the human body, but also how best to mitigate the ...

Based on a recent ‘poke’ command that returned a memory dump engineers concluded that the approximately 3% of corrupted data fit with this one memory chip ... of Deep Space far beyond the ...

The Tianzhou-8 blasting off into space The report suggests that the chip is designed to execute tasks such as ground radiation source identification, which is likely to detect fissile material on ...

Large-scale chip testing in orbit ... use can hitch a ride into space and be installed on the outside of the space station by astronauts for rigorous radiation testing in space.

We are entering a second golden age of space travel – with human missions to the Moon and Mars planned for the near future. In this episode of the Physics World Weekly podcast we explore two very ...

In essence, it’s able to act as both memory and a sensor. Being able to resist radiation exposure is highly desirable for space applications. Efficient ways to measure radiation exposure are ...

Refers to electronic products used in space ... The effects of such radiation can be a temporary alteration or a slow degradation of the semiconductor elements in memory cells and transistors.