Reflecting on his time aboard the International Space Station, Ashoka Chakra awardee Shubhanshu Shukla recently shared a light-hearted memory from his historic voyage.
The journey from a primary school playground to the vast expanse of space was never a straight line for the Indian astronaut.
For Shukla, who was India’s representative on the Axiom-4 mission that concluded last year, this transition turned a childhood struggle into a cosmic triumph.
In a nostalgic update, he joked about his newfound athletic prowess while in orbit. While a simple somersault felt like a monumental challenge during his school days, the absence of a downward gravitational pull finally allowed his inner gymnast to shine.
HOW DOES MICROGRAVITY CHANGE HUMAN MOVEMENT?
On Earth, gravity constantly pulls our mass toward the centre of the planet. This force requires our muscles and bones to work in tandem to maintain balance and execute even basic flips.
In space, however, the weightless environment removes these physical anchors. Astronauts like Shukla found that the inertia required to rotate the body was significantly lower during their stay.
Without the friction of a floor or the relentless tug of gravity, a slight push off a bulkhead could result in multiple, effortless rotations. This phenomenon was more than just fun; it provided vital data on how the human vestibular system adapts to an environment where up and down no longer exist.
WHY WAS THE AXIOM-4 MISSION HISTORIC FOR INDIA?
Shukla was part of a landmark collaborative effort between Axiom Space and Isro, with support from Nasa and SpaceX, marking a pivotal moment for Indian space exploration.
His presence on the Axiom-4 mission served as a vital precursor to the Gaganyaan programme, which aims to demonstrate India’s independent human spaceflight capability.
By performing experiments and testing habitat protocols, the crew ensured that future deep-space missions remain viable for humans.
Beyond the technical milestones, Shukla’s light-hearted take on his space gymnastics serves a greater purpose by humanising the intense rigours of orbital life.
It reminded us that while science is complex, the joy of defying physics is universal.
Even after returning to Earth, the Wing Commander proves that sometimes, you just need to leave the planet to find your rhythm.
