Mars receives solar energy based on the sunlight hitting its cross-sectional area. The radius of Mars is approximately 3,390 km. 36 trillion square meters of cross section. The average solar flux at ...

Landers and rovers on Mars gather data that help scientists answer fundamental questions about the geology, atmosphere, surface environment, history of water and potential for life on the Red Planet.

Mars orbiters have given astronomers an unexpected new vantage point on 3I/ATLAS, sharply tightening estimates of the interstellar visitor’s trajectory through the inner solar system. By combining ...

When a rover is exploring the surface of Mars, it doesn’t send data straight back to Earth. That’s for two reasons: Firstly, it would require a large, powerful antenna which would be cumbersome and ...

Mars trembles with marsquakes, but not all of them are driven by phenomena that occur beneath the surface—many are the aftermath of meteorite strikes. Meteorites crash down to Mars every day. After ...

For those who believe data is life, here's a chance to use data to potentially discover life on another planet. NASA is seeking novel solutions to analyze spectrometry data from Mars samples that ...

Forbes contributors publish independent expert analyses and insights. Jason Alan Snyder is a technologist covering AI and innovation. This voice experience is generated by AI. Learn more. This voice ...

A new analysis of seismic data from NASA's Mars InSight mission has revealed a couple of surprises. The first surprise: the top 300 meters of the subsurface beneath the landing site near the Martian ...

Mars has long served as inspiration to many a science fiction writer in search of a home planet for their imagined extraterrestrials. But could the terrestrial red planet ever have actually been home ...