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Piece of India: What did Shubhanshu Shukla Carried with him to Outer Space?

June 26, 2025, 5:36 pm

With the launch of the Axiom-4 mission being a success, Group Captain Shubhanshu Shukla is now the second Indian to travel to space, and this is creating excitement across the country. After a launch aboard SpaceX’s Falcon 9 rocket, Shukla issued his first message from space, sending greetings and talking about his experience with other astronauts. In a video posted by Axiom Space, he spoke of India’s return to space after an interval of 41 years.

One of the most touching scenes on the video was quickly seen by people, a white plush swan drifting next to Shukla. Grasping it, the astronaut presented the toy as ‘Joy’, providing depth to the mission. “You know that this is a swan. It is very cute, but we have a very significant swan in our Indian society. The swan represents wisdom. It also possesses the capability of distinguishing…what should be given attention to and what is not,” he clarified.

Watch;

Ax-4 Mission | In-Flight Update https://t.co/Lqu0QiGGrA

— Axiom Space (@Axiom_Space) June 26, 2025

Not merely a visual indicator, Shukla further explained that Joy is not just a Zero-G signal. “So I think it appears like a coincidence, but it is not that. It has more significance,” he said, pointing out the cultural significance of the swan not just in India, but also in Hungary and Poland.

What is a Zero-G Indicator?

A Zero-G indicator is generally a plush toy or item that is carried on space missions to provide a visible indication when the spacecraft reaches microgravity.

The practice started in 1961 when Yuri Gagarin took a small doll on his pioneering flight. Since then, stuffed animals from dinosaurs to cartoon characters have been selected by astronauts for this purpose.

During the Axiom-4 mission, the soft swan named Joy orbits freely after weightlessness is reached, verifying the crew’s transition into microgravity.

Why a Swan?

The swan toy on board Axiom-4 also has greater symbolic and cultural significance, particularly with Shubhanshu Shukla.

The swan plushie was chosen as the Zero-G sign collectively by the global crew representing India, Hungary, Poland, and the U.S. The swan is significant to Shukla because it recalls his Indian roots.

In Hindu mythology, the swan is the mount of Goddess Saraswati and represents purity, knowledge, and wisdom.

A Taste of India in Space

In addition to the scientific equipment, Shukla also carried some personal items from home to delight the crew. These include Indian traditional sweets such as gajar ka halwa, moong dal halwa, and mango nectar, adding a sweet Indian touch to the global space adventure.

Shubhanshu Shukla’s Parents Watch Proudly As he Lifts Off Into Space | VIDEO

June 25, 2025, 1:47 pm

Indian Air Force Group Captain Shubhanshu Shukla made history on Wednesday when he set off on a mission to the International Space Station (ISS) with three other astronauts. The flight was launched from Launch Complex 39A of NASA’s Kennedy Space Center in Florida.

Family Watches from Lucknow

In India, Shukla’s parents, Shambhu Dayal and Asha Shukla, were watching the historic moment from his alma mater in Lucknow with other teachers and students. The school had organized a live telecast on an LED screen, making the event a proud celebration of their erstwhile student’s phenomenal achievement.

As observed in photos distributed by ANI, the two parents were clearly emotional, a combination of pride and happiness as they watched their son shoot into space.

Watch:

#WATCH | Lucknow, Uttar Pradesh: Parents of IAF Group Captain & astronaut Shubhanshu Shukla, celebrate as #Axiom4Mission lifts off from NASA’s Kennedy Space Centre in Florida, US.

The mission is being piloted by India’s IAF Group Captain Shubhanshu Shukla. pic.twitter.com/SeRGTUiQeV

— ANI (@ANI) June 25, 2025

Before the liftoff, Shukla’s mother Asha Shukla expressed herself, “We cannot put this into words…We are not afraid for Group Captain Shubhanshu Shukla in the least…We are glad, we are very proud,” she said, reflecting the pride and resilience that characterize the family’s backing.

His dad, Shambhu Dayal, also spoke to a great deal of pride and enthusiasm, “His mission is scheduled to take off at about 12 noon IST. We are very enthusiastic to witness his mission take off. We are thrilled. Our wishes are with him, and we pray to God for his mission to be successfully accomplished too… He is totally geared up… It is wonderful to see all the posters that have been erected for him…He is fetching laurels for Lucknow, for the state and for our country…We are proud of him.”

Who Is Shubhanshu Shukla?

Born in Lucknow in 1986, Group Captain Shubhanshu Shukla is a seasoned fighter pilot serving in the Indian Air Force. Commissioned in the Air Force in 2006 after graduating from the elite National Defence Academy (NDA), he has flown thousands of hours of high-performance jets.

One of the few chosen astronauts to be part of ISRO’s next Gaganyaan mission in 2027, Shukla received exhaustive astronaut training in Russia and the United States. He was trained in orbital mechanics, emergency procedures, and scientific experimentation in microgravity. Shukla is widely known for his composed demeanor and technical expertise, representing the new breed of Indian space explorers.

About the Axiom-4 Mission

The Axiom-4 (Ax-4) mission is the fourth commercial astronaut mission to the ISS, sponsored by Axiom Space. The mission launched on board SpaceX’s Dragon spacecraft, launched into space by a Falcon 9 rocket from NASA’s Kennedy Space Center.

The mission is commanded by commander Peggy Whitson, a retired NASA astronaut and current central figure at Axiom Space. The global crew comprises mission specialists Slawosz Uznanski of Poland (on behalf of the European Space Agency) and Tibor Kapu of Hungary. Group Captain Shukla is the mission’s pilot, an essential role demanding accuracy, leadership, and technical skill.

Astronomers find strong hints of biological activity outside the solar system: Study

April 19, 2025, 3:57 pm

Astronomers have detected the most promising signs yet of a possible biosignature outside the solar system, although they remain cautious.
Using data from the James Webb Space Telescope (JWST), the astronomers, led by the University of Cambridge, have detected the chemical fingerprints of dimethyl sulfide (DMS) and/or dimethyl disulfide (DMDS), in the atmosphere of the exoplanet K2-18b, which orbits its star in the habitable zone.

On Earth, DMS and DMDS are only produced by life, primarily microbial life such as marine phytoplankton.
While an unknown chemical process may be the source of these molecules in K2-18b’s atmosphere, the results are the strongest evidence yet that life may exist on a planet outside our solar system.

The observations have reached the ‘three-sigma’ level of statistical significance — meaning there is a 0.3% probability that they occurred by chance. To reach the accepted classification for scientific discovery, the observations would have to cross the five-sigma threshold, meaning there would be below a 0.00006% probability they occurred by chance.

The researchers say between 16 and 24 hours of follow-up observation time with JWST may help them reach the all-important five-sigma significance. Their results are reported in The Astrophysical Journal Letters.

Earlier observations of K2-18b–which is 8.6 times as massive and 2.6 times as large as Earth and lies 124 light years away in the constellation of Leo, identified methane and carbon dioxide in its atmosphere. This was the first time carbon-based molecules were discovered in the atmosphere of an exoplanet in the habitable zone. Those results were consistent with predictions for a ‘Hycean’ planet: a habitable ocean-covered world underneath a hydrogen-rich atmosphere.

However, another, weaker signal hinted at the possibility of something else happening on K2-18b. “We didn’t know for sure whether the signal we saw last time was due to DMS, but just the hint of it was exciting enough for us to have another look with JWST using a different instrument,” said Professor Nikku Madhusudhan from Cambridge’s Institute of Astronomy, who led the research.

To determine the chemical composition of the atmospheres of faraway planets, astronomers analyse the light from their parent star as the planet transits, or passes in front of the star as seen from the Earth. As K2-18b transits, JWST can detect a drop in stellar brightness, and a tiny fraction of starlight passes through the planet’s atmosphere before reaching Earth.

The absorption of some of the starlight in the planet’s atmosphere leaves imprints in the stellar spectrum that astronomers can piece together to determine the constituent gases of the exoplanet’s atmosphere.

The earlier, tentative inference of DMS was made using JWST’s NIRISS (Near-Infrared Imager and Slitless Spectrograph) and NIRSpec (Near-Infrared Spectrograph) instruments, which together cover the near-infrared (0.8-5 micron) range of wavelengths. The new, independent observation used JWST’s MIRI (Mid-Infrared Instrument) in the mid-infrared (6-12 micron) range.

“This is an independent line of evidence, using a different instrument than we did before and a different wavelength range of light, where there is no overlap with the previous observations,” said Madhusudhan. “The signal came through strong and clear.”

“It was an incredible realisation seeing the results emerge and remain consistent throughout the extensive independent analyses and robustness tests,” said co-author Mans Holmberg, a researcher at the Space Telescope Science Institute in Baltimore, USA. DMS and DMDS are molecules from the same chemical family, and both are predicted to be biosignatures.

Katy Perry Touched the Stars—Now, What Will It Cost You to Catch a Ride to Space? | TDG Explainer

April 15, 2025, 2:24 pm

On Monday, images of pop sensation Katy Perry giving the ground a peck of affection upon her return from outer space made headlines worldwide. The artist, along with five other women, rode an 11-minute trip on a Blue Origin spacecraft belonging to Amazon billionaire Jeff Bezos. The flight was a historic achievement as an all-female crew set foot in space aboard the New Shepard rocket.

“It’s a 10 out of 10. That’s my review. Go for it,” said Katy Perry after safely returning to Earth. The crew also included Bezos’s fiancée, Lauren Sanchez; TV host Gayle King; civil rights activist Amanda Nguyen; film producer Kerianne Flynn; and entrepreneur and former NASA rocket scientist Aisha Bowe.

The moment has inspired thousands around the globe to ask the same question: “When will it be my turn to go to space?

A Brief But Historic Journey

Blue Origin’s New Shepard spacecraft flew the six women above Earth’s surface, including Pop star Katy Perry, at more than 100 kilometers above the internationally recognized Kármán line — space’s edge. The brief suborbital trip included the moment passengers could see and feel the breathtaking sight of the planet in space, with moments of weightlessness.

Only eleven minutes later, the crew returned to Earth, stunned by what they had witnessed. “I don’t even know what I saw,” Gayle King recounted, calling the scene above “oddly quiet” and “peaceful.”

You look down at the world, and you think, ‘That’s where we came from?’ To me, it’s such a reminder about how we need to do better — be better,” she said. “I’ll never, ever, ever forget it.”

The successful flight puts the number of individuals launched into space by Blue Origin at 52 since it started crewed missions in 2021.

Space Tourism: The New Frontier

The success of this female-only mission confirms the exploding popularity of space tourism. Since Jeff Bezos also participated in the first flight in 2021, Blue Origin has established itself as a leading force in the space tourism industry.

In 2022, Star Trek actor William Shatner, at the age of 90, became the oldest individual to journey into space on a Blue Origin rocket. Elon Musk’s SpaceX has also taken space tourists into orbit, including celebrities and billionaires.

These missions reflect how space tourism is fast transitioning from science fiction to a commercial reality. A NASA report in 1997 anticipated the space tourism industry could generate billions, a projection that aligns with a Japanese study estimating it could become a $10 billion market within two decades.

Types of Space Tourism and Key Players

There are now two primary forms of space tourism: sub-orbital and orbital. Sub-orbital flights, such as the Blue Origin flight, fly passengers just beyond the Kármán line and bring them back to Earth after a brief few minutes in space. Orbital tourism, on the other hand, takes one much farther from Earth and spends much more time in orbit.

The three top firms in this burgeoning industry are Blue Origin, Elon Musk’s SpaceX, and Richard Branson’s Virgin Galactic. While Virgin Galactic has flown just 37 individuals, including 23 paying customers on seven commercial flights, Blue Origin has taken 52 individuals on 11 sub-orbital flights — earning it a significant edge in this new market.

The Cost of Reaching the Stars

While the hype is building, space travel is still a privilege of the rich. Although Blue Origin keeps ticket prices confidential, interested applicants need to deposit $150,000 (₹1.28 crore), which is refundable. During its maiden crewed mission in 2021, a seat was sold for a whopping $28 million (₹241 crore) in an auction.

A Blue Origin representative explained to CNN that “some passengers” on the flight of April 14 flight flew “free of charge,” while a few paid disclosed sums of money. The space travel website SpaceVIP co-founder Roman Chiporukha said, “It’s not about money; it’s about who you are, your social capital, whether you fit in with their purpose of launch. It’s more or less package deal.”

There are other space tourism ventures that carry hefty price points as well. Virgin Galactic, for instance, costs $450,000 (₹3.85 crore) for a 90-minute sub-orbital flight, while Space Perspective provides a six-hour trip to the stratosphere for $125,000 (₹1.07 crore). Axiom Space provides a 10-day mission to the International Space Station at $55 million (₹474 crore).

The Future of Space Travel

Though these costs render space travel inaccessible to the vast majority of humans today, specialists assume that prices will decrease as the technologies mature and competition grows. According to Koji Yamanaka, head of Japan’s space exploration center, “The initial phase will be millionaires or billionaires who will venture there, but the cost of travel will reduce. Ultimately, ordinary people will venture to the Moon as tourists, but I do not know how long that will take.”

The $848.28 million worth of the space tourism market in 2023 has already reached $1.3 billion in 2024. The industry, as estimated by Research and Markets, will grow to $6.7 billion in 2030 at a 31.6% growth rate.

As more celebrities, such as Katy Perry, board spaceships, public interest in the last frontier keeps on rising. Though space travel is still a fantasy for the majority, the day when common people can purchase a ticket to space is slowly moving towards reality.

Katy Perry’s Emotional Response After Returning from Space | WATCH

April 14, 2025, 8:46 pm

Katy Perry has finally reached her dream of traveling to space. On Monday, she embarked with Blue Origin’s first all-female crew to travel past the Earth’s atmosphere, a feat not realized in more than 60 years.

A viral video on X since that time captures a tearful Perry kissing a bouquet of flowers and the ground when she returns home. Blue Origin CEO personally greeted the crew back, to the cheers of an eager crowd for their triumphant mission.

Before embarking on her flight, Perry left a beautiful note on X reading, “I LOVE YOU.”

I LOVE YOU

— KATY PERRY (@katyperry) April 14, 2025

She also uploaded a brief video on Instagram, labeling the space trip as ‘historical’ and showing her excitement: “A flight to space.”

Watch;

View this post on Instagram

A post shared by KATY PERRY (@katyperry)

Here are some videos of Katy Perry returning to Earth:

Katy Perry returning to Earth. pic.twitter.com/XyxFnOjdA0

— Pop Crave (@PopCrave) April 14, 2025

Katy Perry exiting the rocket capsule. pic.twitter.com/rSIApEQ8m2

— Pop Crave (@PopCrave) April 14, 2025

Lauren Sanchez’s Experience

Lauren Sanchez, the first one to exit the capsule, hugged her fiancé Jeff Bezos when she landed. Describing her experience during the live telecast, she said, “Earth was. it was quiet. It was just so quiet,” she stated. “I don’t think you can put into words. It was quiet, but really, really alive. We’re all in this together. That’s all I could think about. We’re all so connected.” She also described her sheer elation, adding jokingly, “I had to come back” since she’s marrying Bezos.

Take a look:

‘Seeing Jeff before I left… I had to come back.’

Jeff Bezos’ fiancee Lauren Sanchez is emotional as she lands back to Earth after she flew into space on a Blue Origin rocket.

She tells a reporter: ‘I had to come back. We’re getting married.’https://t.co/Qby2tJglgy pic.twitter.com/DM5aabTuve

— Sky News (@SkyNews) April 14, 2025

Gayle King and Oprah Share Emotional Moments

Another crew member, Gayle King, also kissed the ground in a poignant gesture upon exiting the spacecraft. Oprah Winfrey, who was at the launch site, later shared a video of King and the NS-31 crew walking to the launchpad. She was visibly upset as King seemed to brush away tears.

Watch here:

Oprah Winfrey appears to have tears in her eyes as her longtime friend journalist Gayle King is launched into space aboard a Blue Origin rocket. https://t.co/KXvijV8Dea pic.twitter.com/p07mNMJbGE

— ABC News (@ABC) April 14, 2025

Other Members of the Mission

The NS-31 mission also had on board filmmaker Kerianne Flynn, researcher and Nobel Prize candidate Amanda Nguyen, and rocket scientist-turned-former-Astronaut Aisha Bowe. Every one of them had a personal experience to offer during this history-making space venture.

ISS Shares Breathtaking Image of India from Space | Watch

April 13, 2025, 1:30 pm

The International Space Station (ISS) posted stunning photos of Earth on X. One of the most eye-catching images features India glowing under a sky full of stars.

India Shines Bright from Space

The ISS shared four pictures showing city lights and stars above Earth. In the post, it wrote, “When you can see the stars above, the city lights below, and the atmospheric glow blanketing Earth’s horizon. Pic 1) Midwest United States Pic 2) India Pic 3) Southeast Asia Pic 4) Canada.” The photo of India clearly shows bright city lights. These lights highlight the country’s dense population. Clusters of glowing lights stand out against the dark surroundings.

When you can see the stars above, the city lights below, and the atmospheric glow blanketing Earth's horizon.

Pic 1) Midwest United States
Pic 2) India
Pic 3) Southeast Asia
Pic 4) Canada pic.twitter.com/nRa56Ov3cm

— International Space Station (@Space_Station) April 12, 2025

Social Media Reacts with Awe

Soon after the post, many users shared their reactions. The post gained over 100,000 views, around 2,000 likes, and more than 300 reposts.

One user commented, “Simply stunning. We live on one amazing rock!” Another wrote, “It is very beautiful! Thank you for sharing these pictures with us! It was a good experience..!” A third added, “And all we seem to want to do is destroy everything and anything living on that beautiful sphere.”

Other Regions Also Featured

Besides India, the ISS also posted images of the Midwest United States, Southeast Asia, and Canada. All pictures show Earth’s beauty from space, reminding viewers of the planet’s wonder.

Will Sunita Williams be Paid for 9-Month Space Overtime? Ex-Astronaut Answers

March 17, 2025, 12:40 pm

NASA astronauts Sunita Williams and Butch Wilmore are finally on their way home after spending significantly longer than intended on the International Space Station (ISS). They are returning following technical problems with the Boeing Starliner spacecraft, which was intended to transport them home, requiring a prolonged nine-month stay in space.

NASA on Sunday informed that Williams and Wilmore are coming back Tuesday, March 18, evening (GMT). Their splashdown off the Florida coast is programmed for 5:57 local time (3:27 IST, March 19). As initially planned to come back not before Wednesday, the schedule got advanced.

NASA will be live streaming the event from Monday, March 17, at 10:45 PM EDT (March 18, 8:30 AM IST) with preparations for closing the Dragon spacecraft hatch.

The astronauts initially flew to the ISS last June as part of Boeing’s maiden crewed Starliner test flight. They were to be back within a week, but problems with the spacecraft’s propulsion made it unsuitable for their return trip. Their sojourn extended to nine months, well beyond their original timeline.

On Sunday, a SpaceX Crew Dragon vehicle arrived at the ISS to take them home, with another American astronaut and a Russian cosmonaut.

Will Sunita Williams Get Overtime Pay?

The longer duration of their mission prompts the question: Will Sunita Williams and Butch Wilmore get overtime pay for staying longer?

Previous NASA astronaut Cady Coleman described that astronauts don’t get overtime compensation. “There is some little bit of money a day for incidentals that they actually become legally bound to pay you,” she said in an interview with Washingtonian.com.

“For me, it was about $4 a day,” she continued.

Estimated Compensation

For comparison, during her 159-day 2010-11 mission, Coleman earned approximately $636 (more than Rs. 55,000) in incidental pay. Using the same calculation, Williams and Wilmore—having spent more than 287 days in space are likely to earn around $1,148 (about Rs. 1 lakh) each in incidental pay.

But this figure may differ based on whether NASA has revised its daily allowance in recent years because of inflation or policy shifts.

Sunita Williams’ Salary Structure

It is reported that Williams and Wilmore fall in the GS-15 category, the top in the General Pay Schedule (GS) of U.S. government employees. Their basic pay varies from $125,133 to $162,672 (around Rs. 1.08 crore to Rs. 1.41 crore), according to their step within the grade.

Their prorated pay for nine-month extended tenure on the ISS is between $93,850 and $122,004 (about Rs. 81 lakh to Rs. 1.05 crore). Along with the assumed $1,148 incidental allowance, their collective income for the mission will range from $94,998 and $123,152 (about Rs. 82 lakh to Rs. 1.06 crore).

This estimate does not take into account any recent alterations NASA might have instituted to the incidental daily allowance, so the ultimate number is potentially slightly off.

Potential Mini Galaxy Spotted on Solar System’s Outskirts: Scientists

February 25, 2025, 6:24 pm

A mini galaxy-like structure is found at the edge of the solar system. This discovery will change the way space is understood. A recent study that still requires peer review is saying that the ‘Oort Cloud’, a gigantic shell of icy debris extending between 2000 and 5000 AU might be constrained into a spiral structure rather than just being a wild mass of rocks floating through space.

High-end simulations were made to model the gravitational effects imposed on this region using NASA’s Pleiades supercomputer. Surprising order appeared within what was thought to be a random assemblage.

Mini Galaxy or Oort Cloud?

For a long time now, ‘Oort Cloud’ has held one of the solar system’s biggest mysteries, believed to give birth to long-period comets. The Cloud is theorized to store material left over from planetary formation over 4 billion years ago. However, because of its distance from Earth together with the lack of observational data, its structure has remained something of a mystery.

Advanced simulations used by the researchers examined how the ‘galactic tide ‘-gravitational influences from distant stars and the black hole at the center of the Milky Way act on the ‘Oort Cloud’. Their findings show that this cloud is not just an amorphous mass but somehow features a spiral structure of about 15000 AU.

Research Findings

This finding, therefore, disproves the loftiest beliefs regarding random evaluation. While planets are tightly locked by the Sun’s gravity, objects in the Oort cloud respond to ago external gravitational impact that has been gradually altering their distribution over millions of years. The simulation indicates that both these nudges in the cosmos have led to the near-permanent spiral pattern.

Though these developments offer promising insights, dynamic observations of the Oort Cloud remain challenging. Its distance as well as the immense inexpressibilities of its objects have made it troublesome to dispatch a space probe to further take direct observations.

Astronomers Unveil ‘Quipu’: The Universe’s Largest Structure

February 10, 2025, 8:01 pm

Astronomers have recently discovered what could be the largest known structure in the universe. Dubbed ‘Quipu’, this large formation measures 1.3 billion light-years across and potentially contains around 200 quadrillion solar masses. It is given its name based on the Incan system of knotted cords that were used for counting, the structure itself resembling a long central filament and several branching filaments.

Quipu has an incredible scale of over 13,000-fold in terms of length that goes beyond the Milky Way, thus making it the longest structure ever discovered while pushing Laniākea supercluster out of the record book.

This discovery is part of the study titled Unveiling the Largest Structures in the Nearby Universe: Discovery of the Quipu Superstructure, led by Hans Bohringer from the Max Planck Institute. The study is part of a broader effort to create a detailed map of the distribution of matter across the universe, using various types of light. As light from distant objects moves toward the red end of the electromagnetic spectrum, known as redshift, it indicates these objects are farther away. While redshifts up to 0.3 have been thoroughly studied, this research focuses on objects with redshifts between 0.3 and 0.6, representing even more distant parts of the universe. The greater the redshift, the farther away the object.

“Quipu is, in fact, a prominent structure that can easily be seen with naked eye from the sky map of clusters at a redshift falling within the range of targets without the help of any detection method,” wrote the team in its paper.

The newly identified structures were discovered 425 to 815 million light-years from Earth.

Quipu is not the only giant structure discovered in this research. In addition to Quipu, four other giant superstructures were discovered: the Shapley supercluster, the Serpens-Corona Borealis superstructure, the Hercules supercluster, and the Sculptor-Pegasus superstructure. The five superstructures make up about 45% of galaxy clusters, 30% of galaxies, and 25% of the matter in the universe. They cover about 13% of the volume of the universe.

The researchers also found that these superstructures impact the general universe environment. Their gravity causes light distortions, known as gravitational lensing and affects the CMB, which is residual radiation from the Big Bang. Superstructures can also influence measurements of the universe’s expansion. This is referred to as the Hubble constant.

“In the future cosmic evolution, these superstructures are bound to break up into several collapsing units. They are thus transient configurations. But at present they are special physical entities with characteristic properties and special cosmic environments deserving special attention,” the researchers wrote.

Bezos On SpaceX Rivalry: Will Trump’s Influence Shift Space Industry Power?

January 13, 2025, 11:19 am

In a recent interview, Amazon founder Jeff Bezos shared his optimistic outlook on the future of his space company, Blue Origin, despite the strong ties that SpaceX CEO Elon Musk has with President-elect Donald Trump. Bezos expressed confidence that Musk’s influence would not negatively affect Blue Origin’s standing in the space race, emphasizing Musk’s commitment to public interest rather than personal gain.

Blue Origin vs. SpaceX: A Competitive Race

Bezos’ comments came as he prepared for the debut launch of Blue Origin’s New Glenn rocket in Cape Canaveral, Florida. The New Glenn, a towering 30-story spacecraft, is expected to challenge SpaceX’s market dominance and make a significant impact in the satellite launch industry. Bezos conveyed his belief that the incoming administration’s space agenda will support healthy competition between private space companies.

Despite Musk’s close relationship with Trump, which includes his substantial financial support for the president-elect’s campaign, Bezos remains undeterred. Musk has been a vocal advocate for space exploration, recently suggesting that the U.S. should prioritize missions to Mars rather than returning to the moon—a stance that has raised concerns within the space industry.

Tensions Around NASA’s Future Plans

Bezos countered Musk’s proposal, stressing the importance of maintaining the U.S.’s moon exploration efforts. “We should do both,” Bezos said, addressing the potential disruption to NASA’s existing lunar program. “What we shouldn’t do is start and stop things. We should continue with the lunar program for sure.”

While President-elect Trump is anticipated to reshape NASA’s priorities, Bezos remains hopeful about the future. His company’s $3 billion contract with NASA to land humans on the moon later this decade will follow SpaceX’s Starship missions, Musk’s fully reusable rocket aimed at taking humans and cargo to both the moon and Mars.

Bezos and Trump: A Muted Relationship

Though Bezos has contributed to Trump’s inauguration fund, donating $1 million in support, he clarified that his interactions with the president-elect have been limited. “We really haven’t talked about space,” Bezos admitted.

The competition between Blue Origin and SpaceX will play a significant role in shaping the next era of space exploration, and despite Musk’s influence in Washington, Bezos is focused on Blue Origin’s growth and advancing the company’s vision for the future of space.

NASA: 84-Foot Space Rock Heading Toward Earth at High Speed

December 18, 2024, 1:33 pm

Astronomers are giving close attention to asteroid 2024 XS3 this week while it makes its fly-by past Earth on December 18. The 84-foot space rock, being referred to as a “near-miss,” though carries no risk of impact, science says.

The asteroid will pass Earth from a distance of 2,080,000 miles, which is over 16 times the distance between Earth and the Moon. Traveling at a speed of 23,423 miles per hour, it will make its closest approach at 01:54 AM IST. Experts reassure the public that this event is harmless but offers a unique observation opportunity.

Why Tracking Asteroids is Crucial

These asteroids, such as 2024 XS3, are leftovers from the early days of the solar system, 4.6 billion years ago. Their study can give important information on Earth’s history. With the memory of the asteroid impact that led to the extinction of the dinosaurs, scientists stress the importance of monitoring these objects.

Tools for Planetary Defence

NASA uses current and cutting-edge technologies including radar and tools from the Jet Propulsion Laboratory to track and measure NEOs. Also, missions like OSIRIS-REx, and Hayabusa2 have collected samples from the asteroid. This will help in answering how the solar system was formed.

For planetary defense, the closest pass of Asteroid 2024 XS3 is also important because there is nothing that can be threatened right now. However, events like these enhance knowledge about space.

Whistleblowers Claim Secret UFO Programs by US Government: ‘We Are Not Alone In The Cosmos’

November 14, 2024, 6:12 pm

During a Congressional hearing on Wednesday, experts testified about secret U.S. programs related to Unidentified Anomalous Phenomena (UAP). The session, titled “Unidentified Anomalous Phenomena: Exposing the Truth,” featured testimony from four specialists, including retired Rear Admiral Tim Gallaudet and former Department of Defense official Luis Elizondo, as reported by NPR.

Elizondo claimed that the U.S. government has been conducting covert UAP research, including the retrieval of materials from non-human craft. He stated, “Advanced technologies not made by our government – or any other government – are monitoring sensitive military installations around the globe. Furthermore, the US has UAP technologies, as are some of our adversaries.”

He also alleged that individuals providing classified testimonies to government officials faced career threats. Elizondo added that excessive secrecy has led to “grave misdeeds” against civil servants, military personnel, and the public, all in a bid to conceal the truth: “we are not alone in the cosmos.”

Elizondo described the situation as a “multi-decade, secretive arms race — one funded by misallocated taxpayer dollars and hidden from our elected representatives and oversight bodies.”

In addition to Elizondo, Tim Gallaudet and Michael Shellenberger, a journalist and founder of Public news site, shared their insights. Gallaudet, who first encountered UAPs during his time as a Navy meteorologist, emphasized the importance of transparency and supporting whistleblowers. He remarked, “Unelected officials in the US government do not have an exclusive right to this knowledge about the nature of reality. The American people have a right to that knowledge.”

Shellenberger brought attention to the alleged “Immaculate Constellation,” a secret Pentagon initiative to gather and quarantine UFO sightings. A whistleblower allegedly revealed the program, but Department of Defense spokesperson Sue Gough has denied its existence. Shellenberger stressed that the U.S. military and intelligence community hold substantial visual and sensor information on UFOs. “What the American people need to know is that the US, military and intelligence community are sitting on a huge amount of visual and other information: still photos, video, photos, other sensor information, and they have for a very long time. And it’s not those fuzzy photos and videos that we’ve been given. There’s very clear, high resolution [files],” he said.

IMMACULATE CONSTELLATION – Report on the US government’s secret UAP (UFO) program

From a whistleblower and released today by @NancyMace and discussed in today’s Congressional hearing

FULL REPORT pic.twitter.com/FKCywpnhsU

— Michael Shellenberger (@shellenberger) November 13, 2024

The hearing followed a year after whistleblower David Grusch accused the Pentagon of running a secret UFO retrieval program, although no physical evidence has been provided to substantiate these claims.

In response, a Pentagon spokesperson stated, “The department has not found any verifiable evidence that any UAP observation represented extraterrestrial activity nor has the department discovered any verifiable information to substantiate claims that any programs regarding the possession or reverse-engineering of extraterrestrial materials have existed in the past or exist currently.”

Black Holes Might Hold the Secret to the Universe’s Expansion | Theory

November 3, 2024, 1:00 pm

Scientists have proposed a groundbreaking theory suggesting that black holes may be linked to the expansion of the universe. This research indicates that black holes could contain a form of energy associated with dark energy, the force that astronomers believe is accelerating the universe’s expansion. The findings were published in the Journal of Cosmology and Astroparticle Physics on October 28.

Understanding Dark Energy

Dark energy is estimated to constitute about 70 percent of the universe and was theorized in the late 1990s when astronomers observed that the universe’s expansion is accelerating. This observation led to the concept of dark energy as an anti-gravitational force that causes galaxies to move apart at increasing speeds. While extensive research has been conducted on dark energy, its specific nature and origins remain poorly understood.

The Role of Black Holes

A recent study by researchers from institutions like the University of Michigan and Arizona State University introduced a novel concept called cosmological coupling. They propose that black holes are not merely passive entities; rather, they may actively participate in dark energy interactions. The researchers argue that as black holes form from dying massive stars, they might also generate dark energy, linking their formation to the universe’s expansion.

Insights from Observations

The Dark Energy Spectroscopic Instrument (DESI) survey tracks millions of galaxies to examine how dark energy density changes throughout the universe’s evolution. The researchers noted a correlation between the formation of new black holes and dark energy density. When massive stars shed their outer layers to form black holes, they may release energy that influences dark energy and is simultaneously affected by it.

By analyzing supermassive black holes in distant elliptical galaxies as observed billions of years ago and comparing them to those in the current universe, the team found that these black holes have increased in mass over time. This observation supports the idea that black holes might harbor vacuum energy, exerting an outward force that contributes to the universe’s expansion.

Implications of the Hypothesis

If this hypothesis is validated, it could transform our understanding of both black holes and dark energy. Gregory Tarle, one of the study’s authors, emphasized that determining the direction of gravity’s strength at the centers of black holes could illuminate conditions akin to those observed during inflation in the early universe’s formation. The study suggests that events occurring during inflation may be reversed during gravitational collapse, converting matter back into dark energy.

Scientific Skepticism

Despite the promising implications of this hypothesis, skepticism persists within the scientific community. Currently, scientists have not provided sufficient evidence to substantiate the connection between black holes and dark energy. However, researchers are optimistic that ongoing observations with tools like DESI will enhance understanding in this area in the future.

Samsonite Launches ‘Suitcase’ Into Space and Drops It from 130,000 Feet! | WATCH What Happened

October 31, 2024, 9:24 am

Retailing at $425 (approximately Rs 35,735), the Proxis suitcase from Samsonite has made headlines after undergoing an extraordinary test in extreme conditions, including temperatures plummeting to a chilling -85°F. The suitcase was equipped with a self-deploying parachute system to ensure a controlled landing as it returned to Earth, touching down wheels first.

Collaboration with Sent Into Space

The rigorous test was conducted in partnership with Sent Into Space, a marketing agency known for launching products to assess their durability under harsh environments. The Proxis is touted as Samsonite’s lightest and toughest model, weighing just 4.6 pounds. Its outer shell is crafted from an innovative material called Roxkin, which is described as recyclable, multilayered, and highly responsive, striking a remarkable balance between strength and lightness.

WATCH THE VIRAL VIDEO:

Statements from Samsonite

Ulliyada Bopanna, Vice President of Design and Innovation at Samsonite, praised the bag’s unique features, emphasizing its strength and lightweight design: “It’s very strong but extremely lightweight, and in that weight-to-strength ratio is where the resilience comes from.”

Daring Challenges

Samsonite’s instructions to Sent Into Space were ambitious, with a request to “slam” the suitcase “into a mountain.” Dr. Chris Rose, Head of Projects and Business Development at Sent Into Space, expressed satisfaction with the outcome, stating, “I’m glad we could find that mountain for them because the footage speaks for itself.”

A Noteworthy Addition to Product Testing

Sent Into Space has a notable track record of testing various products, from kitchen blenders to toys, making this collaboration with Samsonite a significant addition to their portfolio. The extreme testing of the Proxis suitcase not only showcases its durability but also highlights the innovative spirit of both companies.

Watch: Here’s What the Comet Returning to Our Solar System After 80,000 Years Looks Like

October 16, 2024, 1:37 pm

Astrophotographers worldwide have immortalized the appearance of a comet that has returned to our solar system after 80,000 years. Comet C/2023 A3 (Tsuchinshan-ATLAS), a bright and elusive celestial body, was visible in the night sky on Sunday when it reached its closest distance to Earth—approximately 70.81 million kilometers.

Dubbed the “comet of the century,” this rare celestial event captivated stargazers across the globe. Its brightness allowed for naked-eye visibility over the weekend, and social media users shared spectacular images of the comet. Below are some glimpses of this cosmic phenomenon.

The Tsuchinshan-ATLAS comet… last visible from Earth 80,000 years ago. pic.twitter.com/8FjZPISknU

— Graig Salerno (@GraigSalerno) October 13, 2024

Don’t forget to try to spot the Comet Tsuchinshan-ATLAS tonight! This is the last chance to see it for 80,000 years pic.twitter.com/0fU6t6OB3u

— Anna Margaret (@itsannamargaret) October 16, 2024

Comet Tsuchinshan-ATLAS over Tucson, AZ ☄️

?: Donna Ruthruff @abc15 pic.twitter.com/X3FQYBFUYu

— Jorge Torres (@JorgeTWeather) October 16, 2024

My comet photo this evening from home in Westlake Village, CA. 100mm, f4.5, ISO 1000, 2.5 seconds. (Comet C/2023 A3 Tsuchinshan-ATLAS) pic.twitter.com/LIabGEXnlH

— William Reid (@stormbruiser) October 13, 2024

Some more Comet Tsuchinshan-ATLAS for your feed this morning. pic.twitter.com/d6ZyjlfrLV

— Jim Tang (@wxmann) October 15, 2024

The name C/2023 A3 (Tsuchinshan-ATLAS) is derived from two separate observations. The comet was first spotted by the Purple Mountain Observatory in China, known as “Tsuchinshan” in Mandarin, on January 9, 2023. The Asteroid Terrestrial-impact Last Alert System (ATLAS) later detected it in February. Astronomers confirmed that both observations were of the same comet, resulting in its current name.

With an orbital period of approximately 80,000 years, this comet last passed through our solar system when early humans were migrating out of Africa. If unaltered by gravitational forces, it is expected to return in the year 82,024. Until then, the comet will remain visible in the night sky through Sunday, October 20.

C/2023 A3 is believed to have originated from the Oort Cloud, a region filled with icy bodies at the outermost edge of our solar system. During its journey, the comet has been seen passing through the constellation Serpens Caput and later moving close to the M5 globular cluster. By the end of this month, it will appear to move into the constellation Ophiuchus from Earth’s perspective.

Hurricane Helene Viewed From Space: ISS Footage | Watch

September 27, 2024, 12:36 pm

As Florida’s Big Bend area braces for the arrival of Hurricane Helene, dramatic footage of the massive storm was captured by NASA’s International Space Station (ISS). In a video shared by the ISS on their official X account, a dense, swirling white cloud can be seen hovering over the Pacific Ocean, showcasing the sheer size of the hurricane. The storm is expected to make landfall in Florida as a powerful Category 4 hurricane, with wind speeds reaching up to 130 mph.

WATCH THE VIRAL VIDEO:

The International Space Station flew over Hurricane Helene at 2:25 p.m. EDT Thursday, Sept. 26, 2024, as it approached the Gulf Coast of Florida packing winds in excess of 120 miles an hour. pic.twitter.com/J1iU0Iztpx

— International Space Station (@Space_Station) September 26, 2024

Storm Surge Warnings Issued for Florida’s West Coast

With Hurricane Helene approaching, the National Weather Service (NWS) has issued storm surge warnings along Florida’s west coast. In some areas, the surge is expected to reach staggering heights of up to 20 feet, posing a significant threat to coastal regions. The NWS has identified several areas in Florida that are particularly vulnerable to the storm surge, urging residents to take immediate precautions.

Carrabelle to Suwannee River: Surge could reach between 15 and 20 feet
Apalachicola to Carrabelle: 10 to 15 feet of surge expected
Suwannee River to Chassahowitzka: 10 to 15 feet of surge forecasted
Chassahowitzka to Anclote River: Possible surge of 8 to 12 feet
Indian Pass to Apalachicola: 6 to 10 feet of surge anticipated
Anclote River to Longboat Key: Surge predicted between 5 and 8 feet
Tampa Bay: Expected to see 5 to 8 feet of surge

Evacuation Orders and Warnings from Officials

In response to the imminent threat, Florida Senator Marco Rubio has strongly urged residents in the most at-risk areas to evacuate without delay. “Humans cannot survive this storm surge,” Rubio warned, emphasizing the life-threatening nature of the hurricane.

Taylor County, located along the Big Bend, is expected to bear the brunt of the storm. Florida Governor Ron DeSantis has announced that Taylor County could be the site of Helene’s landfall, which has led to strict evacuation orders being implemented across the region.

In an ominous message, the sheriff of the Taylor County Sheriff’s Office took to Facebook to issue a grim warning, advising those refusing to evacuate to write their names on their bodies for identification in the event of death caused by the storm surge.

Hurricane Helene’s Potential Impact

As Hurricane Helene inches closer to Florida, officials and weather experts continue to urge residents to evacuate vulnerable areas and prepare for the worst. The combination of high winds and a dangerous storm surge poses a severe threat to both life and property across the region. Emergency response teams remain on high alert as the storm’s landfall approaches.

With its massive size and immense power, Hurricane Helene is poised to bring devastating conditions to Florida’s west coast. Floridians are encouraged to stay informed and take all necessary precautions as the storm nears its impact zone.

NASA Reveals What It Would Sound Like While Travelling Through Space

September 21, 2024, 5:55 pm

NASA has unveiled a haunting audio clip, capturing sound waves emanating from a supermassive black hole located 250 million light years away, at the center of the Perseus galaxy cluster. These acoustic waves were transposed up 57 and 58 octaves to make them audible to human ears, as the original frequencies are far below the range of human hearing.

Discovery of Acoustic Waves

The eerie humming sound from the black hole was first detected in 2003 when astronomers observed sound waves rippling through the gas surrounding the supermassive black hole in the Perseus cluster. The lowest note ever recorded in the universe, a B-flat, was found much below the human hearing range, with a frequency cycle of 10 million years at that pitch.

NASA’s recent sonification amplified these sound waves, allowing us to hear what they would sound like while traveling through intergalactic space. The process involved playing the extracted waves in an anti-clockwise direction from the black hole’s center, making them audible in all directions at significantly increased pitches—144 quadrillion and 288 quadrillion times higher than their original frequencies.

Listen Here:

Eerie Result

As with many cosmic sound waves, the result is both eerie and mysterious. The gas and plasma drifting between galaxies in clusters, known as the ‘intracluster medium,’ is denser and hotter than the intergalactic medium outside. These sound waves might influence the regulation of star formation, playing a significant role in the long-term evolution of galaxy clusters.

Giant Black Hole In Distant Galaxy Emits 2 Enormous Energy Jets | Details

September 19, 2024, 4:06 pm

Astronomers have detected two colossal beams of energy shooting in opposite directions from a supermassive black hole located in a distant galaxy. These jets, the largest ever recorded, extend approximately 140 times the diameter of the Milky Way. The black hole is situated at the core of a galaxy about 7.5 billion light-years from Earth, providing a glimpse into a time when the universe was less than half its current age.

Details of the Discovery

Using the LOFAR (Low-Frequency Array) radio telescope network based in the Netherlands, researchers observed that these jets, named Porphyrion after a giant from Greek mythology, stretch 23 million light-years from end to end. These super-heated jets consist of high-energy particles, including electrons and positrons, and magnetic fields traveling nearly at the speed of light. Porphyrion’s jets are about 30% longer than the previous record-holder.

Significance of the Findings

According to Caltech astrophysicist Martijn Oei, “Jet systems like Porphyrion appear to be among the most energetic spectacles that have occurred in the universe since the Big Bang.” The study, published in Nature, reveals that such jets are formed when magnetized material falls onto a rotating black hole. These jets must be sustained by a continuous influx of material, approximately one solar mass per year, to grow to such enormous sizes.

Impact on Cosmic Structures

The energy output of these jets is equivalent to that of trillions of stars like the Sun, comparable to the energy released during the most extreme cosmic collisions, such as galaxy cluster mergers. “The fact that it extends so far from its parent black hole means that it may be carrying energy, particles, and magnetic fields into the cosmic web’s voids,” said study co-author Martin Hardcastle of the University of Hertfordshire. This could potentially influence the large-scale structure of the universe and affect star formation and habitable planets.

Implications for Our Galaxy

Currently, the Milky Way’s supermassive black hole does not exhibit such jets. However, this discovery highlights that black holes can influence cosmic structures on a grand scale, extending their influence well beyond their home galaxies. “The key finding is that jets from black holes can, if conditions are right, become as large as the universe’s major cosmic structures,” Oei noted. This suggests that individual black holes can have a significant impact on their surrounding cosmic environment.

Watch: YouTuber Sends GoPro To ‘Near Space’ With Balloon, Captures Stunning Earth Views

September 10, 2024, 10:36 pm

Imagine launching a balloon with a GoPro so high that it captures breathtaking images of Earth’s curvature from the edge of space. This is exactly what YouTuber BloonStu accomplished by sending a GoPro into “near space” using a high-altitude balloon. As it rose close to the boundaries of space, it recorded stunning visuals of our planet. Known for its durability and sharp imagery, the GoPro excelled in this unique experiment, reaching new heights as it was lifted far above the clouds, reducing them to tiny specks below.

As the camera ascended, it revealed a spectacular view of Earth from an extraordinary perspective, showcasing the planet’s beauty set against the vastness of space.

Eventually, the balloon burst at a high altitude. To recover the footage, BloonStu “used a spot GPS tracker in the payload to track where the payload fell after the balloon burst” and “retrieved it with the GoPro and its recorded footage inside.”

You can watch the video here:

The YouTuber ensured that all procedures were followed, adhering to Federal Aviation Administration regulations and informing the Flight Standards District Office ahead of the launch. The video caption stated, “All designed and launched by myself. All FAA regulations were followed, the FSDO was notified and given all the details, and a NOTAM [Notice to Air Missions] was even filed with Ft Worth center for balloon activity.”

As for the motivation behind the project, BloonStu explained, “Mostly, I had free time and needed a project/hobby to keep me engaged; secondly, space is neat.”

Viral Timelapse: 24 Hours On Earth Captured From Space | Watch

September 4, 2024, 1:31 pm

As humanity makes strides in space exploration, we continue to uncover new perspectives on our planet, revealing its extraordinary beauty and enigmas. A recent timelapse video from the Himawari-8 satellite offers a mesmerizing glimpse of Earth, compressing a full day’s rotation into just seconds.

Shared widely on the social media platform X by the account @wonderofscience, the footage captures Earth’s rotation on its axis, transitioning seamlessly from daylight to darkness across the globe. The video illustrates how sunlight traverses the planet, lighting one side while the other falls into shadow. This stunning sequence provides a unique view of Earth’s daily cycle.

Watch the Viral Video:

A day passing on planet Earth seen from 36,000 kilometers (22,000 miles) by the satellite Himawari-8. (Watch full screen) pic.twitter.com/CU6GU9AuEM

— Wonder of Science (@wonderofscience) August 27, 2024

The video, filmed from an altitude of 36,000 kilometers, has quickly gained popularity, garnering lakhs of views and thousands of likes. Many viewers have been captivated by the visual splendor, particularly the impressive cloud formations and the dynamic interplay of light and shadow.

This timelapse not only highlights the planet’s natural beauty but also demonstrates the technological advancements that enable us to observe Earth from such an extraordinary perspective.

SpaceX Postpones Historic Mission Including First Private Spacewalk

August 28, 2024, 4:34 pm

On Tuesday, SpaceX once again postponed the launch of a groundbreaking orbital mission that features an all-civilian crew set to conduct the first-ever spacewalk by private citizens. The mission, known as Polaris Dawn and spearheaded by billionaire entrepreneur Jared Isaacman, was initially scheduled to launch from NASA’s Kennedy Space Center in Florida during a four-hour window early Wednesday.

SpaceX announced the delay in a message on X, citing “unfavorable weather forecasted in Dragon’s splashdown areas off the coast of Florida” as the reason for postponing the launch. An earlier launch attempt on Tuesday was also aborted due to a helium leak in a line connecting the rocket to the tower.

Mission Overview

The mission will see the SpaceX Dragon capsule, launched atop a Falcon 9 rocket, reach a peak altitude of 870 miles (1,400 kilometers) — making it the highest crewed mission since the Apollo era over 50 years ago. The highlight of the mission is the first-ever spacewalk to be performed by non-professional astronauts, with the crew wearing newly developed SpaceX extravehicular activity (EVA) suits.

The Crew: A Diverse Team with Rigorous Training

Leading the four-member crew is mission commander Jared Isaacman, who will guide them through the spacewalk. Joining him are Scott Poteet, a retired US Air Force lieutenant colonel serving as mission pilot; Sarah Gillis, a lead space operations engineer at SpaceX and mission specialist; and Anna Menon, also a lead space operations engineer at SpaceX, who will serve as mission specialist and medical officer.

The team has undergone over two years of intensive training in preparation for the mission, which included hundreds of hours on simulators, skydiving, centrifuge training, scuba diving, and even climbing a volcano in Ecuador.

Polaris Program: A Bold Collaboration

Polaris Dawn is the first of three planned missions under the Polaris program, a collaboration between Isaacman, founder of tech company Shift4 Payments, and SpaceX. While Isaacman has not disclosed his total financial investment in the project, reports indicate that he paid around $200 million for the SpaceX Inspiration4 mission in September 2021, which was the first all-civilian orbital mission.

Mission Details

On the mission’s first day, the crew will reach their highest altitude, briefly entering the Van Allen radiation belt, a region filled with high-energy charged particles that can pose health risks during prolonged exposure. On the third day, the crew will don their advanced EVA spacesuits — equipped with heads-up displays, helmet cameras, and enhanced joint mobility systems — and take turns venturing outside the spacecraft in pairs. Each spacewalk will last approximately 15 to 20 minutes, at an altitude of 435 miles above Earth.

In addition to the spacewalk, the crew will conduct nearly 40 scientific experiments, including testing laser-based satellite communication between the spacecraft and Starlink, SpaceX’s extensive constellation of over 6,000 internet satellites. One experiment involves contact lenses embedded with microelectronics to continuously monitor changes in eye pressure and shape.

Conclusion

After spending six days in space, the mission will conclude with a splashdown off the coast of Florida, marking the end of this historic expedition.

ISRO Chief S. Somanath Discusses AI’s Role In Space Missions

August 23, 2024, 4:33 pm

In an exclusive interview with Times Now, ISRO Chief S. Somanath shared how the Indian Space Research Organisation (ISRO) is utilizing Artificial Intelligence (AI) in its space missions. According to Somanath, AI is not a distant concept for ISRO but an integral tool currently being incorporated into their operations.

Somanath detailed ISRO’s data-centric approach, emphasizing the extensive data gathered from space missions. He explained, “AI is nothing but applying machine learning to vast datasets.” He noted that ISRO collects data through various means—images, orbital data, scientific measurements, and manufacturing data—and uses AI to identify patterns, make predictions, and aid in decision-making.

He highlighted AI’s role in analyzing satellite imagery, stating, “You look at images from satellites, apply AI, and you can do object identification, pattern matching, and interpretation.” Somanath also discussed integrating AI directly into space machinery, such as embedding AI within satellites and rockets to make data-driven decisions autonomously.

Additionally, Somanath mentioned the development of AI tools capable of understanding natural language, particularly Indian languages. “We have created a language interpretation module which understands commands in Hindi and English and can convert them into functions,” he said.

ISRO’s advancements in AI are part of a broader effort to enhance India’s space capabilities. The organization is moving forward with its lunar exploration missions, including the upcoming Chandrayaan-4 and Chandrayaan-5, which aim to build on the success of Chandrayaan-3, India’s historic landing near the Moon’s south pole. These new mission designs are ready and await government approval.

ISRO is also advancing its Gaganyaan mission, India’s first human spaceflight, with an unmanned test scheduled for December. Preparations for the crew module and astronaut training in the United States are ongoing.

Moreover, ISRO’s Small Satellite Launch Vehicle (SSLV) program has reached a new milestone, with successful developmental flights leading to commercialization efforts. The technology is being transferred through a consortium of companies, expanding ISRO’s commercial reach.

Moon’s Ancient Magma Ocean: Chandrayaan-3’s Latest Discovery

August 22, 2024, 11:27 am

Just ahead of National Space Day, commemorating the first anniversary of India’s Chandrayaan-3 mission’s successful landing on the Moon’s south pole—a significant discovery has emerged from data transmitted by the Pragyan rover. Indian scientists, led by Santosh Vadawale from the Ahmedabad-based Physical Research Laboratory (PRL) under the Department of Space, have uncovered new insights into the Moon’s geological history.

Uniform Lunar Soil Composition Unveiled

The research team revealed that the lunar regolith (the outermost layer of soil) surrounding the Chandrayaan-3 landing site has a uniform elemental composition, primarily consisting of ferroan anorthosite rock. This discovery was made using the Alpha Particular X-Ray Spectrometer (APXS), one of the key instruments on the Pragyan rover. The findings, published in the journal Nature on August 21, highlight the significance of this region, which had previously remained unexplored by humans.

Supporting the Lunar Magma Ocean Hypothesis

The PRL team’s analysis also supports the lunar magma ocean hypothesis, a widely-accepted theory that suggests the Moon was once entirely an ocean of magma. According to this theory, as the magma cooled, heavier minerals sank to form the Moon’s inner layers, while lighter minerals like plagioclase floated to the surface, forming the outer crust. The dominant presence of ferroan anorthosite in the soil near the landing site further confirms this hypothesis. Additionally, the presence of Mg-rich materials indicates that the outer crustal material has mixed with deeper layers of the Moon, providing a more complex picture of the Moon’s geological evolution.

Insights into Lunar Geology

Pragyan’s data also shed light on the geology of the area around the landing site. The terrain within a 50-meter radius is relatively smooth, with no visible craters or boulders. However, beyond this zone, the rover encountered boulders likely ejected from nearby craters and observed formations near the rims of small craters. These findings suggest that the lunar soil in this region is a mixture of materials from different depths, offering direct insight into the Moon’s evolutionary history.

Ground Truth for Future Missions

The analysis, based on 23 measurements taken at different locations within 50 meters of the landing site, showed that the lunar regolith’s uniform elemental composition makes it an excellent “ground truth” for future remote sensing missions. APXS used techniques such as X-ray Fluorescence Spectroscopy and Particle Induced X-ray Emission to detect and quantify various elements in the lunar soil. Over the mission period of 10 days, the instrument carried out two dozen scientific observations along the rover’s path, providing invaluable data on the Moon’s surface composition.

Revealing the Moon’s Evolutionary History

The new measurements by APXS in this previously unexplored region of the Moon indicate that the lunar soil is a mixture of different rock types, with some material excavated from deeper layers of the Moon. This discovery offers direct insight into the Moon’s evolutionary history, further enhancing our understanding of Earth’s only natural satellite.

Study Reveals Dark Comets’ Role In Earth’s Water Origins

July 13, 2024, 5:56 pm

Astronomers have discovered a new class of space objects called “dark comets” that could provide insights into the origins of Earth’s water. These objects, which may constitute up to 60% of all near-Earth objects, resemble asteroids with ice hidden beneath their surface. Unlike typical comets, dark comets lack a visible coma and tail but exhibit inexplicable acceleration, likely due to sublimating ice.

Highlights

Dark comets may make up 60% of near-Earth objects, with ice hidden beneath their surface.
Dark comets and active asteroids likely originated from the asteroid belt between Mars and Jupiter.
Findings support the theory that icy materials are common in the asteroid belt.
Future studies aim to clarify the connection between dark comets, active asteroids, and Earth’s water.

Asteroid Belt’s Icy Materials Could Be Earth’s Water Source

Researchers believe dark comets originate from the asteroid belt between Mars and Jupiter. Computer simulations traced their orbits back to the inner asteroid belt, supporting the theory that icy materials are prevalent in this region. This discovery strengthens the hypothesis that icy objects, such as dark comets, played a significant role in delivering water to Earth during its early formation.

The study also highlights “active asteroids,” which exhibit comet-like behavior within the asteroid belt, as potential contributors to Earth’s water. While the exact relationship between dark comets and active asteroids remains unclear, both types of objects are considered key players in the story of Earth’s water.

Asteroid Belt’s Icy Materials

ead author Aster Taylor, a graduate student in astronomy at the University of Michigan, explains that the study offers a potential pathway for ice to travel from the outer solar system to near-Earth environments. Although it’s still debated how exactly Earth’s water originated, this research presents another possible mechanism for ice delivery.

Additionally, the study suggests that some large objects might come from the Jupiter family of comets, whose orbits bring them close to Jupiter.

Missed Parade of Planets? Here’s when you can see it next

June 3, 2024, 8:07 pm

Early risers on Monday were treated to a rare celestial spectacle known as the Parade of Planets 2024. This unique planetary alignment featured Mercury, Mars, Jupiter, Saturn, Uranus, and Neptune aligning in the pre-dawn sky, creating a breathtaking sight. For those who missed this event, there’s good news, another opportunity to witness a similar alignment is just around the corner.

Three additional events in 2025

According to a report by Today.com, the next planetary alignment is scheduled for August 28 and will feature the same six planets. Additionally, three more alignments are anticipated in 2025. The first will occur on January 18, followed by another on February 28, and a third on August 9. Notably, the February and August alignments will include seven prominent planets: Mercury, Venus, Mars, Jupiter, Saturn, Uranus, and Neptune.

Planetary alignment is a rare event where planets appear to line up in the sky due to their positions in the solar system. This optical illusion phenomenon occurs when planets come close together, forming a conjunction. NASA explains that these alignments are not actual straight-line formations but rather a matter of perspective from Earth.

Despite the excitement surrounding the June 3rd alignment, NASA had warned that it might not offer an ideal viewing experience. Ronald Gamble, a theoretical astrophysicist at NASA’s Goddard Space Flight Center, noted, “The sun’s going to be photobombing the parade,” making it difficult to observe all the planets with the naked eye.

Watch it before sunrise: NASA

For those looking forward to the next planetary parade, NASA recommends observing the sky exactly one hour before sunrise, based on local time. While the bright light of dawn may pose challenges, the Moon, Mars, and Saturn should be visible without any special equipment.

With multiple opportunities to witness these rare alignments in the coming months and years, skywatchers have much to look forward to as they mark their calendars for these spectacular celestial events.

Will Space Startups Disrupt situational awareness?

June 3, 2024, 3:08 am

The Indian space startup ecosystem in 2023 experienced significant growth with an addition of 54 new companies, bringing the total number of emerging firms in this sector to 204. These fledgling space startups collectively secured funding amounting to $123.9 million during the same year. This substantial investment raised the cumulative funding received by Indian space startups to $380.25 million, as reported by the Indian Space Association (ISPA), the representative body of the country’s space industry.

Before the space sector reforms in India, private companies and startups were limited to acting as mere suppliers of components to the Indian Space Research Organisation (ISRO). However, the reforms paved the way for these private entities and emerging startups to seek governmental support in undertaking a diverse range of space activities.

The increasing number and variety of entities conducting activities in space could potentially create new sources of conflict or aggravate existing tensions if not managed responsibly. Across commercial, civil, and military sectors, there is a trend away from traditional large and costly single geostationary satellite systems toward more distributed architectures involving multiple smaller satellites operating in low Earth orbit (LEO).

Advent of Space Development in India

India’s journey into space began in 1962 with the founding of the Indian National Committee for Space Research (INCOSPAR) and the commencement of activities at the Thumba Equatorial Rocket Launching Station (TERLS) near Thiruvananthapuram. The institutionalization of the Indian space program occurred in 1969 with the establishment of the Indian Space Research Organisation (ISRO). This was followed by the formalization of the program in 1972 when the Government of India created the Space Commission and the Department of Space (DOS), thereby placing ISRO under the jurisdiction of DOS.

Over several decades, the Indian space program emerged as an economic sector with government-backed investments and official institutions in both military and civilian domains. During this period spanning over four decades, ISRO consistently transferred technologies to small and medium enterprises (SMEs), resulting in a network of over 500 component suppliers by 2017.

India’s IT industry began engaging with the space sector in the 1990s. The Department of Space actively promoted the growth of the sector, leading to the domestic manufacturing of various systems. The expansion of India’s private space sector was propelled by the government outsourcing of extensive mapping endeavours that catered to both civilian and military needs. However, the private sector remained in a supporting role, while the government continued to dominate the space sector.

In the late 2010s, a significant number of startups began to emerge across the country, proposing and conceptualizing the development of various satellite technologies and rockets. This marked a notable shift in the dynamics of India’s space sector.

insights into Space Situational Awareness

Space Situational Awareness (SSA) deals with having comprehensive knowledge of the space environment, assessing any threats to space activities, and implementing necessary mitigation measures to safeguard space assets. SSA plays a crucial role in ensuring safe and sustainable space activities by complying with domestic and international guidelines, standards, and other norms.

SSA encompasses more than just monitoring objects in space – it is a vital component for ensuring the safety and long-term sustainability of our activities in the space domain. It addresses a range of critical needs and concerns related to asserting space sovereignty, while also unlocking new opportunities for managing the evolving space economy.

Need for SSA

A core aspect of SSA involves tracking and monitoring objects in orbit, including space debris and operational satellites. This capability is essential for assessing collision risks, predicting orbital trajectories, and safeguarding critical space infrastructure. Moreover, effective space traffic management is crucial to prevent overcrowding in orbits. Coordinating space launches and organizing the allocation of orbital slots are key elements of enabling smooth and secure space operations.

SSA represents a fundamental pillar that not only strengthens space security but also facilitates the orderly growth and management of the burgeoning space economy by providing the necessary oversight and coordination mechanisms.

While the early space activities were government-driven, the last decade has seen growing private investment disrupting traditional satellite services and launch providers. Some governments are encouraging private space endeavours to bolster national claims and develop space-based jobs/capabilities, especially in the Low Earth Orbit (LEO) and Medium Earth Orbit (MEO) regions. However, increased exploitation of these orbits risks congestion, debris, and collisions, with few governance structures to mitigate emerging threats from the lack of comprehensive regulations as private actors expand.

Meet Digantara; A startup for secure space operations

Digantara, a startup focused on Space Situational Awareness (SSA) solutions, has announced the successful closure of an extended $2 million financing round, in addition to the previously raised $10 million Series A funding. This latest investment saw participation from prominent investors, including Aditya Birla Ventures, the venture capital arm of the Aditya Birla Group, and the Small Industries Development Bank of India (SIDBI).

Digantara’s solutions aim to address the growing challenges and concerns surrounding Space Situational Awareness, such as tracking space debris, monitoring satellite trajectories, assessing collision risks, and enabling effective space traffic management.

The rapid proliferation of objects populating the space environment necessitates that all actors engaged in space activities take responsible measures to curb the generation of additional space debris by rigorously adhering to established mitigation guidelines.

Looking Ahead: A Vision for 2047

The growth of the space sector in India has been remarkable, witnessing a staggering 77 per cent increase between 2021 and 2022. This surge in activity is further highlighted by the emergence of nearly 190 new space start-ups, reflecting the untapped potential that the space domain holds. The IN-SPACe project estimates that the Indian space economy, currently valued at US $8.4 billion, has the potential to reach an impressive US $44 billion within the next decade. This projection underscores the immense opportunities that lie ahead for the space industry in India, fueled by the rapid growth and innovation taking place in this sector.

Furthermore, the Indian Space Promotion and Authorization Center (ISpA) aims to foster a robust private Indian space ecosystem that supports the government, industry, and citizens. Special emphasis is being placed on providing comprehensive support to startups to power the ‘Atma Nirbhar’ (self-reliance) initiative in the space sector, with a focus on strategic autonomy and developing niche technological capabilities.

These innovations highlight the need for space surveillance to ensure secure space operations. Here is where SSA steps in to take the lead. SSA goes beyond mere surveillance and emerges as a crucial geopolitical factor, playing a vital role in ensuring the safety, sustainability, and successful execution of space operations. It has become an indispensable component in the realm of space activities, transcending its traditional role as a mere monitoring mechanism.

Persistent surveillance and tracking of resident space objects constitute a fundamental requirement for maintaining comprehensive situational awareness and formulating effective protection strategies to safeguard critical space assets.

Jennifer Philip is a Geopolitics and Defence Journalist from Mumbai and currently serving as a Beat Editor at Business Upturn Asia

“Another milestone”: ISRO Accomplishes Another Mission

March 25, 2024, 11:37 pm

The Indian Space Research Organisation (ISRO) announced that its PSLV Orbital Experimental Module-3 (POEM-3) successfully re-entered the Earth’s atmosphere without leaving any debris in orbit, marking it as a significant achievement. The mission, termed as “another milestone” by ISRO, took place on January 1, 2024.

Following the primary mission of placing satellites into their designated orbits, the PSLV’s terminal stage was transformed into the stabilized platform POEM-3, which carried out various experimental payloads aimed at technology demonstrations and scientific experiments on indigenous systems.

The upper stage of the PSLV was de-orbited and passivated to minimize risks, with the module expected to impact the North Pacific Ocean on March 21, 2024. Through POEM, ISRO has provided a cost-effective platform for academia, startups, and other entities to conduct short-duration space experiments, including electric thrusters and satellite dispensers.

The Vikram Sarabhai Space Centre (VSSC) led the conceptualization and realization of POEM, with ISRO committed to providing such experimental platforms in the future while also addressing the threat of space debris through advanced tracking systems and responsible satellite deployment practices.

India’s first private rocket, Vikram-S, successfully launches from Sriharikota

November 18, 2022, 12:14 pm

Vikram-S, India’s first privately developed rocket, successfully launched from the Sriharikota spaceport on Friday.

At 11:30 a.m., the Vikram Suborbital rocket was launched from Sriharikota’s Satish Dhawan Space Center.

“Mission Prarambh is successfully accomplished. Congratulations” tweeted the Indian Space Research Organisation ISRO and tagged @SkyrootA Congratulations India! @INSPACeIND
The ‘Prarambh’ mission and the Vikram-S rocket have been developed by Skyroot Aerospace start up in Hyderabad with support from ISRO and IN-SPACe (Indian National Space Promotion and Authorisation Centre).

“89.5 Kms peak altitude was achieved.” The Vikram-S rocket meets all flight parameters. It’s history in the making for India. Keep watching,” Skyroot Aerospace tweeted, attaching a YouTube link of the flight Union Minister Jitendra Singh, on Friday, arrived at Sriharikota for the grand launch of ‘Vikram S’.

Taking to Twitter, Jitendra Singh shared a picture with the team members of Skyroot Aerospace which he captioned, “With #StartUp Team “Skyroot Aerospace” at #Sriharikota, minutes before the launch of the first ever private Rocket, Vikram-S, named after Vikram Sarabhai, the founding father of India’s space program.” Countdown begins!.”

The name “Vikram-S” honours Vikram Sarabhai, the man who started India’s space programme.

Skyroot Aerospace in Hyderabad has built the “Prarambh” mission and the Vikram-S rocket with assistance from ISRO and IN-SPACe (Indian National Space Promotion and Authorization Centre). The rocket is sending two Indian and one foreign customer’s cargo into space.

According to Skyroot Aerospace, Vikram-S, which is powered by solid fueled propulsion, cutting edge avionics, and an all-carbon fibre core construction, has been built within a record time of two years, with the foundation starting around late 2020.

According to Skyroot Aerospace, the Vikram-S will aid in testing and validating the majority of the technological components found in the Vikram series of orbital class space launch vehicles, including numerous sub-systems and components that will be tested during the pre-liftoff and post-liftoff phases of the launch.

One of the first all-composite space launch vehicles, Vikram S, is built with solid thrusters that were 3D printed for spin stability.

According to Skyroot Aerospace, the Vikram-S is the quickest and most affordable way to travel to space, with a body mass of 545 kg, a length of 6 meters, and a diameter of 0.375 meters.