Indian space pioneer Shounshau Chocolate shares a glimpse of Earth from the ISS Observatory

Shubhanshu Shukla became the first Indian in ISS, watching the ground from the dome unit. Issued with the International Space Station on June 26 as Mission for Axiom-4.

Shophansu Chocolate

On Sunday, the Indian government shared a set of photos that showcased Captain Shounshu Chocolate, who wrote history by becoming the first Indian at the International Space Station, taking into account the Earth from the space station.

The group’s captain participated in the task as a pilot for the AXiom Space AXiom mission, which was launched on June 25, 2025 on the Spacex Falcon 9 missile from the Kennedy Space Center in NASA in Florida. He was accompanied by veteran American astronaut Baiji Whitson, Polish researcher Swosz Ozensky, and Hungarian astronaut Tipur Capo. After a 28 -hour trip, the crew succeeded in establishing the International Space Station on June 26.

In the shared images on X, Shukla is seen sitting on the edge of the ISS ‘7’ dome unit with the ground visible in the background. “Stress from space! Captain Shophansho Chocolate Group has an amazing panoramic view of the Earth from the 7 -year -old Pingla unit on the International Space Station. It was a great journey as it represents a week in orbit, and he represents India among the stars.”

Stress from space! Captain Shounshu Chocolate Group has an amazing panoramic view of the Earth from the Riza 7 dome unit aboard the International Space Station. It was a great journey as it coincides with a week in orbit, and it represents India among the stars.#axiom4… pic.twitter.com/9xkziatng

– Mygovia (mygovindia) July 6, 2025

Sudhanshu Shukla has now completed 10 days in space, which led to important research for the future of long -term space exploration.

One of the main concentrations was the investigation of muscle composition, which is looking at how to accelerate the small gravity of muscle atrophy. In the absence of gravity, astronauts suffer from the rapid weakness of the structural muscles, a phenomenon related to molecular and cellular changes.