#texasam — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #texasam, aggregated by home.social.
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🟠 NEW: #Texas A&M researchers built RoboBall III, a 150 kg inflatable sphere that rolls over rough ground by shifting a pendulum inside its shell.
Because a sphere cannot tip over, the #design may handle the steep, permanently dark #craters near the #Moon’s south pole where frozen #water may hide. A #rover would release it downhill, and the ball would launch collected samples back. The #concept still needs testing against extreme #lunar conditions.
#space #robotics #nasa #engineering #mars #science #texasam #technology #tech #future
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🟠 NEW: #Texas A&M researchers built RoboBall III, a 150 kg inflatable sphere that rolls over rough ground by shifting a pendulum inside its shell.
Because a sphere cannot tip over, the #design may handle the steep, permanently dark #craters near the #Moon’s south pole where frozen #water may hide. A #rover would release it downhill, and the ball would launch collected samples back. The #concept still needs testing against extreme #lunar conditions.
#space #robotics #nasa #engineering #mars #science #texasam #technology #tech #future
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🟠 NEW: #Texas A&M researchers built RoboBall III, a 150 kg inflatable sphere that rolls over rough ground by shifting a pendulum inside its shell.
Because a sphere cannot tip over, the #design may handle the steep, permanently dark #craters near the #Moon’s south pole where frozen #water may hide. A #rover would release it downhill, and the ball would launch collected samples back. The #concept still needs testing against extreme #lunar conditions.
#space #robotics #nasa #engineering #mars #science #texasam #technology #tech #future
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🟠 NEW: #Texas A&M researchers built RoboBall III, a 150 kg inflatable sphere that rolls over rough ground by shifting a pendulum inside its shell.
Because a sphere cannot tip over, the #design may handle the steep, permanently dark #craters near the #Moon’s south pole where frozen #water may hide. A #rover would release it downhill, and the ball would launch collected samples back. The #concept still needs testing against extreme #lunar conditions.
#space #robotics #nasa #engineering #mars #science #texasam #technology #tech #future
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🟠 NEW: #Texas A&M researchers built RoboBall III, a 150 kg inflatable sphere that rolls over rough ground by shifting a pendulum inside its shell.
Because a sphere cannot tip over, the #design may handle the steep, permanently dark #craters near the #Moon’s south pole where frozen #water may hide. A #rover would release it downhill, and the ball would launch collected samples back. The #concept still needs testing against extreme #lunar conditions.
#space #robotics #nasa #engineering #mars #science #texasam #technology #tech #future
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Hype for the Future 139R: College Towns in Texas
Overview Within the State of Texas, notable college towns include the communities of College Station, Lubbock, and Denton—all associated with the distinctive locations of colleges and universities of greater significance within the State. While College Station is located within Brazos County and is home to Texas A&M University, Lubbock is a major city in Lubbock County and serves as home to the main campus of Texas Tech University. While the University of Texas at Austin is also a […]https://novatopflex.wordpress.com/2026/03/19/hype-for-the-future-139r-college-towns-in-texas/
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Hype for the Future 137H: Brazos County, Texas
Overview Brazos County is located within the southeastern portion of the State of Texas and is home to the communities of Bryan and College Station within the county limits. The City of Bryan serves as the county seat, though the City of College Station to the southeast is home to the largest public state or territorial university by enrollment in the United States—Texas A&M University “the Aggies.” Immediately off campus is the George, part of the Valencia Hotel Collection associated […]https://novatopflex.wordpress.com/2026/03/17/hype-for-the-future-137h-brazos-county-texas/
