
'Welcome, Earthlings': Axiom-4 crew checks in from Grace; Shubhanshu Shukla says, 'all i wanted was to go'
As the
Dragon capsule Grace
soared into the cosmos with the Axiom-4 crew aboard, the warmth inside the spacecraft matched the awe of space outside. 'Welcome, Earthlings,' said veteran astronaut
Peggy Whitson
, her voice laced with joy and mischief, as she beamed in from orbit in what was the crew's first in-flight broadcast.
Grace was flying over Europe when the crew began their broadcast, they had just passed over Italy, Sicily, the Greek islands, and the Balkans and by the time of the transmission, it had moved slightly north, flying over Hungary and Poland.
'We're in the newest capsule, and we're loving her a bunch.' Three rookie astronauts joined Whitson — Group Captain
Shubhanshu Shukla
, Hungary's Tibor Kapu, and Poland's Sławosz Uznański — for a mission not just of science, but of spirit. And floating among them, light as a whisper, was 'Joy' — a soft, white swan chosen as their
zero-gravity indicator
, and as a symbol of something deeper.
'Joy started to float just as we injected into orbit,' said Whitson. 'Sometimes we have to go find her—she drifts all over the capsule.' But Joy is more than a plush toy. 'In Indian culture,' explained Shukla, 'the swan symbolises wisdom—the ability to discern what matters from what doesn't. That means a lot in this golden age of distraction.'
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
Live Comfortably: 60 m² Prefab Bungalow for Seniors in Davao City
Pre Fabricated Homes | Search Ads
Search Now
Undo
For Shukla, the moment of launch was powerful and humbling. 'After 30 days of quarantine, all I wanted was to go,' he recalled. 'The ride was amazing — like being pushed back into your seat. And then suddenly — silence. You unbuckle, and you're just floating.'
Even the discomfort of space adaptation didn't dim his wonder. 'Since yesterday, I've apparently been sleeping a lot — which is a good sign!' he laughed. 'I'm learning everything anew — how to walk, how to read, how to be.'
He reiterated how this was not his mission alone but that of the entire nation and thanked everybody who supported the mission, including his family and wife.
Kapu, too, was reflective. 'We were seconds away from being sent back to quarantine, so those last minutes before liftoff were charged with energy,' he said. No amount of training—centrifuge spins or fighter jet dives—prepared them for the real thing. 'But when we launched — it was pure exhilaration.'
Kapur reiterated that Joy is also a tribute to Sid, Shukla's six-year-old son who loves animals. 'Every time I look at her, I think about him—and about the hopeful future this mission represents,' he said. 'A team that has joy is a team that is healthy. That's true not just for us, but for everyone who helped us get here.'
The crew has already held a small ceremony aboard Grace, placing their mission patch — featuring Earth at its centre — inside the capsule. 'That's how we see the world from up here,' said Kapu. 'We represent India, the US, Poland, Hungary — together, nearly a third of the world's population. This mission is for all of you.'
Whitson returned near the end of the broadcast with her signature wit: 'Everyone knows how much I like to talk!' she grinned. 'We've got a lot of science coming up — and it's really special to be bringing three nations back to space together.'
As the crew continued its journey to rendezvous with the
International Space Station
, one thing is clear: this mission isn't just about where they were going, but who they were becoming — astronauts, teammates, and a family in orbit, carried forward by Grace, and buoyed by Joy.

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


Time of India
an hour ago
- Time of India
Scientists discover rare space alcohol that could explain how life began on the Earth
Astronomers have uncovered a cosmic clue that takes us closer to answering one of humanity's oldest questions, 'How did life begin on Earth?' It has been found out that a young star system, located roughly 330 light-years away, is awash in alcohol! The discovered alcohol types and their isotopes are among the building blocks of the starting points for creating even complex organic molecules like amino acids. Locating these bits in such a young planetary nursery suggests that the seeds of life might be spread throughout the galaxy, tied to how comets and icy materials form. An alcohol-soaked star system A discovery around the star HD 10045, which is about 330 light-years from Earth, has for the first time, allowed scientists to detect not only methanol, an alcohol compound, but also its rare isotopes in the protoplanetary disk encircling this young star. Published on June 5 in The Astrophysical Journal Letters, the research was based on data from the Atacama Large Millimeter/submillimeter Array (ALMA) in Chile What makes these bits the 'cosmic alcohol'? Methanol is a simple alcohol that plays a crucial role in the formation of organic molecules like amino acids, the essential building blocks of life. Although methanol itself has been spotted in other star-forming disks, detecting its isotopes, which are also much rarer variants of the same, is an important step in the discovery of life's building block on Earth. As lead author Alice Booth from the Harvard & Smithsonian Center for Astrophysics explained, 'Finding these isotopes of methanol gives essential insight into the history of ingredients necessary to build life here on Earth.' by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Rabien Ab: ten wysokiej klasy aparat słuchowy zdominuje rynek w 2025 roku DRUGIE UCHO Undo Why is HD 100453 different from the others? This star is about 1.6 times bigger than our Sun. Because it's larger, the disk of gas and dust around it is warmer. That warmth keeps methanol in gas form, even far from the star, making it much easier for telescopes like ALMA to detect. In contrast, stars smaller than our Sun have cooler disks, where methanol usually freezes into ice, making it much harder to spot. Another interesting factor about it is that the amount of methanol, as compared to other organic molecules in this star's disk, is very similar to what we see in comets from our own solar system. This gives scientists a clue that these icy materials might come together to form comets, which can then crash into young planets and deliver important ingredients for life. 'This research supports the idea that comets may have played a big role in delivering important organic material to the Earth billions of years ago,' said Milou Temmink, a PhD student who studies planet-forming disks at Leiden University A mix of space chemicals has life-building potential What scientists found goes beyond just simple methanol. The study suggests there may be even more complex molecules hiding in the gas around the star, including things that could be the early building blocks of amino acids and sugars, which are key ingredients for life. According to , these discoveries include rare types of methanol like ¹³CH₃OH and possibly deuterated methanol. Their presence means that icy materials floating in space might survive even during the wild, chaotic process of planet formation. What could it mean for life beyond Earth? By following these organic molecules, be it tiny ice grains, comets, or to planets, scientists are starting to connect the dots on how life might form in different parts of the universe. The chemical mix found around the star HD 100453 could be very similar to what helped spark life on Earth billions of years ago.


New Indian Express
an hour ago
- New Indian Express
Seeds from UAS Bangalore, IIT Dharwad sent to ISS for space farming research
DHARWAD: The University of Agricultural Sciences (UAS), Bangalore, and Indian Institute of Technology (IIT), Dharwad, have sent two types of seeds to the International Space Station (ISS) as part of the Axiom-4 research mission which was launched on Wednesday. The pack of 25 grams green gram and fenugreek seeds will get sprouted in space while the same quantity of seeds will be grown in the same condition at the UAS campus to assess the sprouting seeds in detail. Shubhanshu Shukla, the ISRO astronaut, will water the seeds and will bring back the sprouted seeds home. UAS Vice-Chancellor PL Patil said the research will play a vital role in developing nutritious salad vegetables for future space missions. Sprouted green gram and fenugreek are expected to help astronauts in managing issues related to immunity, bone, kidney and heart. It also helps to avoid carrying food in packets. 'Principal Investigator Ravikumar Hosamani, Assistant Professor, Department of Biotechnology (UAS), and Co-Investigator Sudheer Siddapureddy, Associate Professor, IIT Dharwad, have contributed to the project,' he added.


New Indian Express
an hour ago
- New Indian Express
Andhra Pradesh government to come up with Space Policy 4.0 soon
VIJAYAWADA: Chief Minister N Chandrababu Naidu has directed officials to draft the Andhra Pradesh Space Policy 4.0, aiming to put the State on top in the space sector, while attracting Rs 25,000 crore investments. The space policy is expected to create 5,000 direct and 30,000 indirect jobs, fostering economic growth and innovation. During a review meeting at his Undavalli camp office on Thursday, Naidu approved the establishment of Space Cities in Lepakshi and Tirupati, aligning with strategic goals for 2025-35. The policy will lay emphasis on collaboration with educational institutions to engage students in the space sector, and encourage the creation of common infrastructure under the plug-and-play model. Naidu also instructed the officials to form a technical committee to support this initiative, and invite leading communication firms to invest in the State. Lepakshi Space City, spanning 500 acres, will focus on design, development, R&D, space startups, and innovation ecosystems. New policy to offer capital subsidies up to 45% based on investment size Meanwhile, Tirupati Space City will prioritise manufacturing, launch logistics, satellite and payload assembly, and avionics production. The strategic location of the two cities — near Bengaluru for Lepakshi and Sriharikota-Chennai for Tirupati — enhance connectivity and growth potential. He also emphasised improving road connectivity from Tirupati to Sriharikota to support logistics. To attract investors, the policy will propose capital subsidies ranging from 25% to 45% based on investment size, for micro (Rs 1–Rs 2.5 crore), small (Rs 2.5–25 crore), medium (Rs 25–125 crore), large (Rs 125–500 crore), and mega (above Rs 500 crore) units. Special incentives are planned for women, BC, SC, ST, minority, and differently-abled entrepreneurs to promote inclusivity. Former ISRO Chairman S Somanath, joining via video conference, highlighted the global space sector's potential, noting that companies like Starlink, SpaceX, and Blue Origin are driving innovation. He emphasised that the future lies in space technology, with India aiming to capture a larger share of the global space economy, currently at 2%. The Centre's Space Vision 2047 includes ambitious projects like Chandrayaan-4, Venus Orbiter Mission, Mars Lander Mission, and human spaceflight, targeting a human landing on the moon by 2040. The Space Policy 4.0 aligns with these national goals, integrating technologies in electronics, aerospace, defence, and drones. By fostering innovation, offering attractive incentives, and building world-class infrastructure, the State aims to become a global hub for space technology.