
Being still is a challenge: Group Captain Shubhanshu Shukla reflects on life aboard the ISS
, India's second astronaut in space and the first to reach the
International Space Station
, recently posted a video that captured something unexpectedly powerful: the struggle to be still.
In the footage, shared on Instagram, Shukla is seen floating cross-legged inside the ISS, gently nudging himself into position in the calm silence of microgravity. He wasn't doing an experiment. He was trying to stay completely still.
Explore courses from Top Institutes in
Select a Course Category
Technology
Digital Marketing
Public Policy
MBA
others
Management
Data Analytics
Finance
healthcare
Cybersecurity
Operations Management
MCA
Data Science
Leadership
Design Thinking
Project Management
Product Management
CXO
Artificial Intelligence
Healthcare
Others
Degree
Data Science
PGDM
Skills you'll gain:
Duration:
12 Weeks
MIT xPRO
CERT-MIT XPRO Building AI Prod India
Starts on
undefined
Get Details
"This video was a few days into the mission when I finally had better control over my movements. What I wanted to do was to be just still - but clearly failed," Shukla wrote.
Back to Earth after 18 days in orbit
On 15 July, Shukla and his Axiom-4 crew returned to Earth after spending 18 days in space. The
SpaceX Dragon capsule
, named Grace, splashed down safely off the coast of San Diego at 2:31 am Pacific Time (3:01 pm IST).
Live Events
The mission marked a significant milestone for India. Shukla became the first Indian to reach the ISS and only the second Indian in space, nearly 40 years after Rakesh Sharma's historic flight in 1984.
Shukla was designated pilot on the
Axiom-4 mission
. His role wasn't just ceremonial. Along with three international astronauts, he participated in over 60 scientific experiments from 31 countries. Of those, seven were led by ISRO.
Seven experiments, one Indian astronaut
ISRO confirmed that Shukla completed all assigned tasks during the mission. These included studies on muscle regeneration, algae cultivation, crop resilience, tardigrades, seed germination, the effects of radiation, and human physiology.
The Indian space agency called his work a 'significant milestone' in the mission's success.
Before returning home, the Axiom-4 team underwent health checks on the recovery vessel and were later flown back to land by helicopter. For the Lucknow-born Group Captain, the mission was over. But his reflection on the experience is still resonating with many.
What stillness means in Space and on Earth
In his Instagram caption, Shukla shared more than just a technical insight. He spoke plainly about how difficult it is to remain still in space — and how that echoes life on Earth.
"From the time we reached the ISS, we were quite busy chasing the timeline and completing our tasks and experiments. It is a bit challenging initially, as you are learning to move in microgravity and also getting to know the station."
"Any small disturbance can move your body in space, and it takes skill to be completely still. Kind of like our minds in this fast-moving world. Take some time to be still today. It is important to sometimes slow down to be fast. Apparently, being still is a challenge - with or without gravity," he wrote.
India's growing space footprint
The Axiom-4 mission was run by private company Axiom Space, based in the United States, but it highlighted India's increasing contribution to global space missions.
While ISRO remains focused on national programmes, Indian participation in commercial missions like Ax-4 suggests new directions ahead. Shukla's journey may inspire a generation of scientists and pilots to look beyond the Earth — and to understand that even in space, introspection has value.
What stands out isn't just the science. It's the human moment. A pilot, a soldier, floating 400 kilometres above the Earth, learning the difficulty of stillness — and urging the rest of us to try.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


NDTV
an hour ago
- NDTV
Vasuki Indicus: All About The Longest Snake To Have Ever Lived
The fossil of an ancient serpent, Vasuki Indicus, found along the Kutch coast in the Indian state of Gujarat two decades ago, has offered some never-before-known insights into the evolution of the reptile. Dating back around 47 million years, the giant snake is believed to have been an incredible 49 feet long, surpassing the enormous Titanoboa. The giant Titanoboa from Palaeocene Colombia can grow up to 42 feet in length, and was the indisputable longest snake to have ever walked the earth for decades. Titanoboa is believed to weigh 1.25 tonnes, which is slightly heavier than Vasuki Indicus, which weighs about 1,000 kg. The ancient remains of Vasuki Indicus were initially discovered in 2005 at the Panandhro Lignite Mine in the Kutch district. They were painstakingly examined and identified over many years. Researchers found 27 vertebrae that were largely in good condition. The bones were so large that they were initially believed to be those of a gigantic crocodile, demonstrating the remarkable size of this ancient serpent. Researchers concluded that Vasuki Indicus had a broad, cylindrical body, like big pythons or anacondas of modern age, based on the size of its vertebrae - 38-62 millimetres long and 62-111 millimetres wide. Vasuki Indicus is thought to have existed during the Middle Eocene, when the Earth's temperature was good enough to permit the evolution of large, cold-blooded reptiles. Despite the lack of a full skeleton, scientific examination of Vasuki Indicus' vertebrae has produced amazing reconstructions and insights into its existence. Palaeontologists Debajit Datta and Sunil Bajpai of the Indian Institute of Technology in Roorkee contended that Vasuki Indicus was probably a slow-moving predator that wrapped its body around its victim till it died. They estimated that it originated in the warm Indian subcontinent and travelled via Europe to Africa between 56 and 34 million years ago. Vasuki Indicus thrived in the now-arid Kutch region's wooded marshes, per The name of the species reveals an intriguing link between contemporary scientific research and ancient Indian mythology. Vasuki Indicus alludes to the treasured mythical serpent known as Vasuki Naag, which is often portrayed as a celestial adornment around Lord Shiva's neck in Hindu scriptures.


Time of India
2 hours ago
- Time of India
NISAR satellite: This India-US mission can see through everything with bus-sized radar and detects even small changes on Earth
Nisar Launch Date: India and the United States are collaborating on the NISAR mission, set to launch on July 30, 2025. This joint Earth observation satellite, equipped with dual-frequency radar, will monitor Earth's surface changes with high precision. NISAR's data will support various applications, including disaster response, climate change mitigation, and resource management, providing valuable insights for scientists and policymakers. Tired of too many ads? Remove Ads First satellite with dual-frequency radar What NISAR will monitor NISAR will observe Earth's surface changes with high precision. The satellite will support a range of applications: Ground deformation: It will monitor earthquakes, volcanic activity, and landslides by detecting centimeter-level changes in Earth's crust. Ice and glaciers: The satellite will track polar ice sheet movement and melting to inform climate models. Ecosystems and agriculture: It will assess changes in forests, crop growth, and vegetation patterns. Hydrology: It will track soil moisture and surface water changes for water resource management. Disaster response: Real-time data will aid emergency response to events like floods, cyclones, wildfires, and tsunamis. Coastal and maritime surveillance: It will monitor coastal erosion, sea ice, and ship movements. Nisar's Massive Daily Output: Will generate ~80 terabytes of data products per day. Data equivalent to ~150 standard 512 GB hard drives daily. Cloud-based processing and open access to data. Tired of too many ads? Remove Ads L-band radar (NASA) uses longer wavelengths to penetrate through vegetation, soil, and ice, making it useful for monitoring underground features and environmental changes. S-band radar (ISRO) uses shorter wavelengths, which are more responsive to surface-level changes, enabling detailed analysis of crops, snow cover, and soil deformation. Collaboration over a decade Strategic and scientific value India and the United States are set to launch their first joint Earth observation satellite, the NASA-ISRO Synthetic Aperture Radar ( NISAR ), on July 30, 2025, at 17:40 IST. The satellite, weighing 2,392 kilograms, will be launched onboard ISRO's GSLV-F16 rocket from the Satish Dhawan Space Centre in Sriharikota. The launch vehicle will place the satellite into a 743 km sun-synchronous orbit, marking a significant milestone in international collaboration in space NISAR satellite will be the first in the world to operate a dual-frequency Synthetic Aperture Radar, using both NASA's L-band and ISRO's S-band radars. These will be mounted on a 12-meter unfurlable mesh reflector antenna developed by NASA and integrated into ISRO's modified I3K satellite mission uses SweepSAR technology to capture wide-swath, high-resolution radar images. With a swath width of 242 kilometers and an imaging resolution of 5 to 10 meters, NISAR will revisit the same location every 12 days, providing consistent, all-weather, day-and-night radar frequency on board serves a specific purpose:The NISAR mission is a result of more than ten years of collaboration between ISRO and NASA's Jet Propulsion Laboratory (JPL). The two space agencies have worked jointly to design, develop, and test the satellite to ISRO, 'NISAR can detect even small changes in the Earth's surface such as ground deformation, ice sheet movement and vegetation dynamics.'NASA and ISRO aim to use this data to support global efforts in food security, urban development, climate change mitigation, and disaster combining resources and radar expertise, the mission is expected to benefit scientists, policymakers, and disaster-response teams worldwide. The continuous flow of data from NISAR is intended to support long-term Earth observation and environmental monitoring mission is expected to contribute long-term insights into Earth's dynamic processes, supporting better decision-making for sustainable development.

Fashion Value Chain
3 hours ago
- Fashion Value Chain
Thuldrun.Sunya Blends Ancient Indian Mythology with Modern Science, Debuts at #1 Bestseller in the Urban Fantasy Category
debuted at #1 in Hot New Releases and Bestsellers in Urban Fantasy. Co-authored by qualitative researcher Sheetal Choksi and technologist Samiran Ghosh (two-thirds of the award-winning 3 Techies Banter podcast), this groundbreaking novel redefines young adult fiction. Whats in a title It started with Thorium-element 90. A silvery metal with nuclear potential along Indias southern coast. Safer, cleaner, often forgotten. Then came the wild idea: what if an ancient Indian civilisation had already cracked nuclear power generation What if they encoded it in Sanskrit as 'Tula-Drona'-the balance of Dronacharyas advanced knowledge from the Mahabharata 3,000-year-old ancient Indian tech meets modern conspiracy against the backdrop of Mumbai in this bestselling urban fantasy thriller And the zero While most techies would have slapped a 1.0 at the end and been satisfied, they got philosophical. India did not just give the world zero; it gave ÅÅ«nyÄ. Not merely a numerical placeholder, but a cosmic void encompassing emptiness and infinite potential. Zero is just a number, whereas ÅÅ«nyÄ encompasses emptiness and a state of non-being, often linked to spiritual concepts such as emptiness and the potential for all things to be. The Story Set in Mumbai, the novel follows teenager Ansh Chatterjee (Teen. Conspiracy nerd. Maggi addict) who accidentally uncovers a secret challenging historical narratives and pitting him against a 3,000-year-old destructive force. Picture Thuldrun: cities humming with thorium cores, equations dancing in Sanskrit across holographic walls. A civilisation powered by science, not sorcery – peaceful, powerful, possibly interstellar. A rebellion against limiting ancient humans to just hunters and gatherers. So, the next time youre in Dadar – pause – look down. Those pavement cracks Perhaps not civic negligence but fractures in spacetime, remnants of something the universe tried to erase. The Creators Speak 'The past doesnt need resurrection – it needed translation. We explore the intersection where India's pracheen wisdom meets modern technological possibility,' says Samiran Ghosh. Sheetal Choksi adds, 'Podcasts are just books waiting to happen. We turned our mythology-versus-science debates into literary jazz.' Reader Praise 'The city isnt just a setting-its a living, breathing character.' ' You can picture the streets, the people, the energy of the city. It's a fresh take with a gripping plot that doesn't feel overdone or clichd.' 'Thrilling mix of tech/sci-fi and mythology set in the heart of Mumbai, and so much more (including a chapter from a dog's perspective)' Is this the first of many See that infinity symbol Thats your clue. Get Your Copy Available in hardcover and Kindle on and internationally via Amazon the US, Australia, Canada, France, Germany, Italy, the Netherlands, Poland, Spain, Sweden, and the UK. Grab whatever legal stimulant keeps your neurons firing and get comfortable. A reality-bending ride awaits.