Researchers are testing a virtual assistant that may help astronauts solve unexpected problems during space travel.

New self-growing technology could revolutionize Martian architecture by using living biomaterials to 3D print structures — without human intervention.

Portrait of Dr. Jeffrey Chancellor

Texas A&M’s aerospace medicine program is pioneering research and education that supports the health of astronauts during long-duration spaceflight.

Material scientists at Texas A&M have developed a dynamic material that self-heals after puncturing by changing from solid to liquid and back.

As space travel becomes more common, the need to reuse spacecraft will rise. The solution may be spacecraft that “sweat.”

Portrait of space geologist Mike Tice in his lab

The proof may be in the pudding, but according to a Texas A&M University geologist, when it comes to ancient life on the Red Planet, the proof is in the rocks.

Nine-month mentorship program aims to accelerate early-stage energy and space technology startups.

From greenhouses to galaxies, doctoral student Jess Atkin’s research could shape the future of lunar farming.

Aerospace engineering senior Garrett Stevenson contributes to lunar lander project under NASA’s Artemis program.

Four-legged robot "dog" in mountainous terrain

Texas A&M is one of six universities collaborating with NASA to teach dog-like robots to navigate on challenging surfaces to better prepare for planetary exploration.