Indian astronaut Shubhanshu Shukla, who is likely to return to Earth on Monday, at the International Space Station (ISS) after its two -week long space campaign, developed the line of fellow astronaut Rakesh Sharma and commented, “India still looks’ good to ‘all the jahans’. The first Indian Sharma, who traveled in space, commented during his 1984 Space Odyssey Mission.
Referring to his journey, Shukla said that it is an incredible and almost magical. Spacex dragon spacecraft from the station’s harmony module is prescribed for approximately 7.05 AM EDT (4.35 PM IST) on Monday. California is expected to be splashing from the coast of America, at EDT (IST) at 5.30 am on Tuesday.
Shukla and his partner AXIOM-4 astronauts have spent about two weeks in the orbital laboratory. Former NASA astronaut Paigi Whitson, ISRO (Indian Space Research Organization) captain Sukhanshu Shukla, ESA (European Space Agency) Slwosz Uznoski -Eyeanivski of Space Poland, and Hungarian Tibor Capu Oxiom -4 mission.
The AXIOM-4 mission was launched from the Kennedy Space Center in Florida on 25 June and the dragon spacecraft was docked at the International Space Station on 26 June after a 28-hour visit.
Rakesh Sharma’s visit
Sharma’s visit was a part of the Soviet Intercosmos program, which sent 17 non-Soviet cosmonots into space between 1978 and 1991. Rakesh Sharma went to space when India’s own space program was in his early stage, and ISRO was considering to send an Indian even away from decades.
Shukla’s ship
Shukla, who was originally selected to move into space on India’s skyrocket program, also captured images for the use of crop seeds, including a study of six seed varieties that would be grown in several generations when returning to Earth. This experiment proposes to identify plants that are suitable for genetic analysis and detect the possibilities of farming in space.
During its stay in the ISS, the four-member crew continues to collect data for a series of exercises that jointly collect scientific knowledge. This included measuring radiation risk using a red nano dosimator useful to assess the safety of astronauts, especially involved in the long mission aboard the ISS; Testing tests to improve mental and heart health understanding in space; The human body’s adaptation ability to the space environment and heat transfer to microgravity through clothing. In addition, a neuromuscular electrical stimulation session was measured to detect potential intervention to combat muscle damage under microgravity conditions.
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