SpaceX and NASA astronauts returned after the return of the Starliner capsule to the International Space Station: An asteroseismologist apologizes in a tweet

Starliner’s first trip with a human crew happened in the early summer. The capsule didn’t make it to the International Space Station before there were a number of issues.

NASA decided that they would return the Starliner to Earth without a crew, rather than risk flying Williams and Wilmore on a questionable craft.

According to NASA, Williams and Wilmore had been conducting experiments and spacewalks on the space station in order to be included in the crew for technical and budgetary reasons.

That occurred early Sunday morning, when two NASA astronauts, a Japanese astronaut and a Russian cosmonaut who had docked on the ISS floated through a hatch to greet their colleagues.

Trump, in a post on his social media site on Monday, thanked NASA acting Administrator Janet Petro and space agency staff for coordinating Williams’ and Wilmore’s return and accused the Biden administration of being “incapable” of bringing the pair home.

Their time in space was long after they left the space station and took nearly a week to return to Earth. The return flight was delayed because of issues with the Starliners flight to the space station. In November, NASA’s chief health and medical officer had to push back against tabloid rumors that the astronauts’ health was deteriorating.

Musk said in February that he had made an offer to the Biden administration “months ago” for SpaceX to bring the astronauts home early, but that the administration “refused” and delayed the pair’s return for “political reasons.”

The splashdown of Williams and Wilmore on Tuesday ended their lengthy space odyssey, which becamebogged down in politics and raised doubts about Boeing’s ability to carry out missions for NASA.

The new Boeing Starliner spaceship carried Williams and Wilmore into the universe. NASA contracts with private companies to ferry astronauts and cargo to and fro the International Space Station, as part of its commercial crew program. SpaceX, the other company hired through the program, has been successfully flying missions for NASA for years.

The crew of the Dragon capsule, carrying Suni Williams and Butch Wilmore, splashed down in Florida around 6 pm Tuesday. The spaceship had just left the International Space Station at 1:05 a.m. Monday.

After spending more than nine months in a space station, NASA astronauts Suni Williams and Billy Wilmore are back on Earth.

Here is a look at the recovery process for Wilmore and Williams, as well as for other astronauts coming back after a trip in space.

NASA says they will work with trainers for two hours every day to get back to their pre-mission fitness levels.

Leland’s last mission was with Wilmore and he said he was able to return to his baseline after about a month. He was part of the 17th group of NASA astronauts who had spent more than 500 hours in space. He is also the author of the children’s book Space Chasers. Still, he was not allowed to drive for a week to avoid the possibility of passing out or falling over while behind the wheel.

Getting up and going: How astronauts adjust when back on Earth when they’re out of bed after being in space, says Natacha Chough

I was laying in bed. I had to go to the bathroom and I just started pushing off my back thinking, ‘I’m going to float to the bathroom.’ And the light was out and I’m pushing up and I roll out of bed,” he says.

Dr. Natacha Chough, a NASA flight surgeon and assistant professor in the aerospace medicine division at the University of Texas Medical Branch, oversees crew members’ health care before, during and after missions. She says motion sickness is one of the first things she sees in astronauts when they come back.

“Your inner ear shuts off a lot of the weightlessness in your body,” Chough tells NPR. When you return that sense of gravity, it can be a bit confusing.

“You walking in a straight line and start doing a curve.” You can fall over when you start turning, according to NPR’s Melvin. “So, you walk straight and then you turn. You walk straight. and then you turn.”

Source: How astronauts adjust when back on Earth after being in space

The impact of being in space on the human body and astronauts: A team that supports and advises astronauts on mission preparation and medical care

While astronauts get medical attention once they return from space, it takes a village to support crews even after the mission is over. The nutrition team that creates a plan for astronauts before their mission, the physicians who monitor their health on the space station, and the people who help astronauts adapt to family life are some of the teams that create plans for astronauts.

“It’s not just flight surgeons, but also schedulers, nurses, trainers, psychologists, research scientists, radiation specialists, toxicologists, audiologists, and others who all work together during various phases of the mission to optimize crew health and safety,” Chough says.

Being in space also carries several health hazards, including exposure to space radiation. An environment with little gravity can also weaken the bones.

If you use it or lose it, you will be tracked by our muscle mass and bone mineral density before and after flight. Your body doesn’t have enough energy to preserve its muscles and bones if you aren’t regularly exercising in flight.

The astronauts aboard the International Space Station are doing two and a half hours of strength and cardio training a day. She says this helps reduce bone and muscle loss. He lifted weights and worked out while on the International Space Station because he knew he would be an athlete and a football player.

The body is still being studied on the effects being in space has on it. During a study conducted on astronaut twins Mark and Scott Kelly, researchers found that while Scott was on the ISS, he temporarily became two inches taller.

Chronic weightlessness can also cause bodily fluids like blood to rise up toward one’s head, leading to swelling in the brain and flattening of the back of the eye – both contributing to what is known as “spaceflight associated neuro-ocular syndrome.” Some astronauts who develop this condition have mild changes and in others it can cause “significant outcomes,” according to NASA. The long-term outcome from the changes is not known.