9
The botanical breakthrough was revealed by astronaut Scott Kelly on his Twitter account at the weekend.
18
The United States once planned to build an orbiting outpost to help gather intelligence about the USSR.
0
The British astronaut will run the entire 42 kilometers while aboard the International Space Station.
47
Scott Kelly shared an image on social media showing a strange object high above the Earth's surface.
4
The International Space Station has made it possible for humans to maintain an ongoing presence in space.
16
The inside of the International Space Station appears to be a breeding ground for bacterial pathogens.
11
A vial of whiskey sent to the space station for a 4-year experiment has turned out nice but 'different'.
10
The sophisticated new material is capable of healing all on its own within a matter of seconds.
21
The soprano had been set to become the first professional singer in space later on this year.
3
A robot named Kirobo kept the astronauts company during its 18-month stay aboard the space station.
15
The 'Phantom of the Opera' singer is set to spend ten days aboard the space station in October.
16
A leak in the American part of the station has forced the crew to take refuge in the Russian section.
14
The world's first zero-gravity 3D printer has now been set up inside one of the station's science labs.
5
The space station performed an emergency maneuver last month to avoid a piece of orbiting debris.
81
A US rocket bound for the International Space Station has exploded just seconds after launching.
9
Russia's space agency Roscosmos is seeking $440 million to develop inflatable space habitats.
69
Astronauts have been left perplexed after traces of sea plankton were found on the station's exterior.
30
The English soprano is set to pay $54 million for a ten day stint aboard the International Space Station.
38
The US will no longer have access to the station after 2020 as Russia responds to Ukraine sanctions.
7
Researchers have come up with a new type of material with a healing mechanic based on blood vessels.