Scientists have created living communities of bacteria and fungi that could survive in protective habitats on the Red Planet.

Imagine printing your Martian home from dust, sunlight, and a bit of biology. A new synthetic lichen system uses fungi and bacteria to grow building materials directly from Martian soil, completely ...

Synthetic lichens could transform Martian dust into self-growing habitats for future Mars bases and 3D printed buildings.

Wave-like landforms on Mars provide clues about the planet’s icy history, its potential to support life, and the behavior of ...

China’s Tianwen-3 Mars sample return mission could bring Red Planet rocks back to Earth as early as 2031—years ahead of ...

UCF physicist Dr. Ramses Ramirez has a plan to warm Mars using nanotechnology and "dust fountains" to make future ...

Innovative microbial technology allows for autonomous 3D printing on Mars, using Martian materials to create sustainable ...

"We only have so much time on this earth, and God put me in this place to care for His creation,” Pochop said. “Family needs ...

The budget will be cutting numerous programs, including the Mars Sample Return mission, a joint NASA and European Space Agency campaign to send Martian soil and rock samples collected by the ...

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