After spending six months in space, NASA astronaut Raja Chari provided the latest information about his physical condition last night Raja Chari is a member of the crew of nasa-spacex crew-3 mission, which flew into the sky on SpaceX's Falcon 9 rocket last November and returned to earth earlier this month
Crew-3 is Raja Chari's first space flight. When the astronaut was selected by NASA for astronaut training in 2017, he was a fighter pilot serving in the U.S. air force. Along with other crew members, including two NASA astronauts and one ESA astronaut, Raja Chari returned to earth in SpaceX crew dragon in the first week of May.
Due to its return at night, the event saw a spectacular picture. The visual effect showed that when the crew dragon entered the earth's atmosphere, a bright stripe could be seen in the night sky. Shortly after returning, astronaut 3 interacted with members of the media and explained their experience of living on the international space station (ISS) and returning to earth on SpaceX spacecraft. Their interaction, especially with Raja Chari, provides new details about traveling from space to earth with SpaceX.
Now, a little more than two weeks after returning from space, the astronaut has provided an update on his medical condition through a post on social media. He also shared his physical examination photos and results, with particular attention to his spine. Raja Chari revealed that after landing, his brain and balance system had almost returned to their pre flight levels. However, his spine has been out of shape during his time in space, and his bones and muscles will take some time to recover.
Over the next six months, the crew-3 mission will continue to collect data for human research experiments and compare them with pre flight and in-flight data. Although members' brains and vestibular systems are almost back to normal, it will take months for muscles and bones to return to normal. The time that astronauts spend in microgravity is different from the time that they spend on the earth's body in microgravity. The longer you stay in space, the better you can adapt to these changes and then reverse them after the astronauts return.