SpaceX’s expands to Louisiana and NASA tests next moon-suits

SpaceX is looking to expand into Louisiana to build a new launch facility with multiple launch pads for its Starship spacecraft. Then, to walk on the moon, NASA needs new suits. So how do you test them?

We hear from NASA astronaut Mike Fincke who is retiring after 30 years. Plus, we’ll speak with UCF’s Dr. Manny Urquieta about the efforts to solve medical problems in space, from low-Earth orbit, the moon and Mars.

Scientists and engineers are celebrating Curiosity’s 14th landing anniversary on Mars. Plus, we’ll look at the ethics behind human space exploration and how NASA, space agencies and the public view morals and ethics when it comes to human missions to space.

From meteors streaming across the night sky to a solar eclipse, there’s a lot happening in our skies this week. Plus, a look at how the Nancy Grace Roman Space Telescope hopes to study cosmic mysteries like dark matter and dark energy.

A mission to save a falling spacecraft is now in need of its own rescue. Katalyst Space’s LINK satellite launched to raise the Swift observatory’s altitude, but now the spacecraft is out of control.

When NASA astronauts return to the moon, they’ll be wearing a new spacesuit from Axiom Space. Plus, SpaceX and the U.S. are facing concerns after a land swap deal in Texas brings up environmental concerns.

NASA Administrator Jared Issacman is donating $500,000 of his own money to the Astronaut Scholarship Foundation, a non-profit organization dedicated to helping STEM college students. Plus, one public exhibit brings space down to Earth.

For the second installment of Space on Tap, a special “Are We There Yet?” live event series, we asked what scientists and their robotic coworkers are really looking for on Mars. Plus, the crew of the final shuttle mission, STS-135, reunited for the mission’s 15th anniversary.

A recent NASA audit says Boeing's Starliner is once again delayed from being certified. Plus, after acquiring the satellite company Iridium, Rocket Lab has its own constellation: 66 satellites and 14 spares.

NASA’s Quantum Lab is about the size of a mini fridge, but it allows NASA and international partners to study some of the biggest physics principles. By studying these atoms at these freezing temperatures, scientists can better understand how subatomic particles work and behave throughout the universe. Plus, human missions to the Mars could soon be a reality.