logo
Anil Menon will be next Indian-American to go to space. Who is he?

Anil Menon will be next Indian-American to go to space. Who is he?

First Posta day ago
Anil Menon, who was selected as a Nasa astronaut in 2021, is set to make his first spaceflight in June 2026. He will serve as a flight engineer with the Expedition 75 crew. Born to Indian and Ukrainian immigrant parents, Menon was raised in Minneapolis. His wife, Anna Menon, also worked at Nasa before joining SpaceX, and took part in a private spacewalk mission last year read more
He is set to make his first journey into space in June next year. Image: Nasa
Nasa has picked Indian-American astronaut Anil Menon for a space mission scheduled for 2026.
He is set to make his first journey into space in June that year.
Menon will be part of the Expedition 75 crew and will serve as a flight engineer during the mission.
ALSO READ | Who is Jahnavi Dangeti, the Andhra woman likely to go to space in 2029?
Interestingly, his wife Anna Menon also worked at Nasa, later joined SpaceX and took part in a private spacewalk mission last year.
STORY CONTINUES BELOW THIS AD
But who is Anil Menon? And what do we know about his upcoming mission?
Here's a look:
Who is Anil Menon?
Chosen as a Nasa astronaut in 2021, he will head to space for the first time in June 2026. He will join the Expedition 75 crew as a flight engineer.
Nasa has announced that Menon will travel to the International Space Station next year aboard the Roscosmos Soyuz MS-29 spacecraft. He will fly alongside Russian cosmonauts Pyotr Dubrov and Anna Kikina.
While on board, Menon will carry out science experiments and test new technology. The aim is to support future human missions to space and bring benefits back to Earth.
He was part of Nasa's 23rd astronaut class in 2021 and finished his astronaut training in 2024. Since then, he has been preparing for this mission.
He was chosen as a Nasa astronaut in 2021. Image: AFP/File Photo
Menon grew up in Minneapolis. He is a trained emergency medicine doctor, a mechanical engineer, and a colonel in the United States Space Force.
He was born to Ukrainian and Indian immigrant parents. He also spent a year studying at Jawaharlal Nehru University in New Delhi.
He holds a degree in neurobiology from Harvard University, along with a master's in mechanical engineering and a medical degree from Stanford University.
Menon completed his training in emergency and aerospace medicine at Stanford and the University of Texas Medical Branch in Galveston.
Before joining Nasa, he worked at SpaceX as their first flight surgeon. He helped send the first crewed Dragon spacecraft into orbit during Nasa's SpaceX Demo-2 mission. He also helped set up SpaceX's medical programme to support future missions.
STORY CONTINUES BELOW THIS AD
He has worked as a flight surgeon for several SpaceX launches and Nasa missions to the space station.
It was worth the wait !!! pic.twitter.com/Btld3jGFsW — Anil Menon (@astro_anil) September 15, 2024
Who is Anna Menon, astronaut and Anil Menon's wife?
Anil Menon is married to Anna Menon, who also works at SpaceX.
The couple has two children.
Anna earlier worked at Nasa before moving to SpaceX. Last year, she took part in a private spacewalk mission.
She has played key roles as a mission controller in several missions. Image: X/@annawmenon
She is currently a lead space operations engineer at Elon Musk's company. Anna has also written a children's book about space titled Kisses from Space.
She has played key roles as a mission controller in several missions, including Demo-2, Crew-1, CRS-22, and CRS-23.
Before joining SpaceX, Anna spent seven years at Nasa, where she worked as a biomedical flight controller for the International Space Station.
STORY CONTINUES BELOW THIS AD
ALSO READ | What will Indian astronaut Shubhanshu Shukla do in space?
Sunita Williams and Shubhanshu Shukla's space journeys
Nasa astronaut Sunita Williams, who was part of the Crew-9 team, went on an eight-day mission to the International Space Station last year.
She returned to Earth in March this year after being stranded in space for over nine months due to issues with the Boeing spacecraft, which delayed her return.
Born on September 19, 1965, in Ohio, Williams is a former US Navy captain.
Her father, Deepak Pandya, is from Jhulasan in Gujarat's Mehsana district, while her mother, Ursuline Bonnie Pandya, is Slovenian.
Williams has proudly embraced her roots during space missions, carrying items such as samosas, a Ganesha idol, and the Slovenian flag.
This was her third mission to space. With this trip, she has now spent a total of 608 days in orbit.
Meanwhile, Shubhanshu Shukla has become the first Indian to visit the International Space Station as part of the Axiom-4 (Ax-4) mission.
Shubhanshu Shukla was named the 'Prime' astronaut for the Indo-US mission to the International Space Station in August last year. Image: Axiom Space
He travelled aboard SpaceX's Falcon 9 rocket, which lifted off from Nasa's Kennedy Space Centre in Florida last month.
Among the personal items he carried with him were specially prepared Indian foods: mango nectar, gajar ka halwa, and moong dal halwa.
STORY CONTINUES BELOW THIS AD
Notably, Shukla is the first Indian in 41 years to travel to space, after Rakesh Sharma's historic eight-day space journey in 1984.
With inputs from agencies
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Asteroid 2025 MV89 to Pass Near Earth on July 4
Asteroid 2025 MV89 to Pass Near Earth on July 4

Hans India

time33 minutes ago

  • Hans India

Asteroid 2025 MV89 to Pass Near Earth on July 4

NASA says a small space rock named Asteroid 2025 MV89 will pass close to Earth on July 4, 2025, at 9:09 PM IST. It is about 120 feet wide, the size of a big airplane. How Fast and How Close? The asteroid is moving very fast — at 31,204 km per hour. It will pass Earth from a distance of 1,960,000 kilometers, which is about 5 times farther than the Moon. That is close for space, but still very safe. Is It Dangerous? No. NASA says it is not dangerous. It is too small and too far to be a threat. Big and very close asteroids are called 'Potentially Hazardous,' but this one is not. Why Does NASA Watch Asteroids? NASA watches space rocks using strong telescopes like Pan-STARRS, Catalina, and NEOWISE. These tools help find and track asteroids. NASA is also making a new tool called NEO Surveyor to find more space rocks early. Final Point Asteroid 2025 MV89 will pass safely. But it reminds us that watching space is important. NASA helps keep Earth safe by tracking these rocks early.

IN-SPACe transfers 10 ISRO technologies to private sector for space growth
IN-SPACe transfers 10 ISRO technologies to private sector for space growth

Business Standard

timean hour ago

  • Business Standard

IN-SPACe transfers 10 ISRO technologies to private sector for space growth

In another key step towards advancing India's space industrial capabilities, the Indian National Space Promotion and Authorization Centre (IN-SPACe) facilitated the transfer of ten state-of-the-art technologies developed by ISRO to six Indian industries across the upstream, midstream, and downstream segments. The technology transfers aim to give private players the opportunity to access the developed technologies available with ISRO, enabling them to use space-related technology for commercial applications in space as well as other sectors. It also seeks to deepen industry participation, enable indigenisation, and reduce dependency on foreign technologies in critical areas of satellite launch, ground station infrastructure, and geospatial applications. IN-SPACe was constituted in June 2020 following the Central Government's decision to open up the space sector and enable the participation of the Indian private sector in the gamut of space activities. Since then, around 93 technology transfer agreements have been executed. Space sector reforms were introduced in 2019. The tripartite Technology Transfer Agreements (TTAs) were signed between NewSpace India Limited (NSIL), the recipient industries, and IN-SPACe at the IN-SPACe headquarters in Ahmedabad. 'The transfer of these technologies marks yet another significant step towards empowering the private sector to harness and commercialise space technologies. ISRO has a flourishing repository of R&D in space technologies and it is time we leverage that to the optimum to strengthen India's space industrial ecosystem, and in that, industry-led innovation will play a key role,' said Pawan Goenka, Chairman, IN-SPACe. Among the technologies transferred are two advanced inertial sensors—the Laser Gyroscope and the Ceramic Servo Accelerometer—developed by ISRO's Inertial Systems Unit, for potential use in satellite launch vehicles. These technologies have been transferred to Hyderabad-based Zetatek Technologies, a company with over 25 years of expertise in Inertial Navigation System (INS) testing and calibration. This makes Zetatek the first company from India to acquire such niche technology, which is currently being imported by different sectors. In the midstream segment, three technologies related to ground station operations—S/X/Ka tri-band dual circular polarised monopulse feed, tri-axis antenna control servo system, and Ku/C/L and S Band Cassegrain feed—developed by ISRO have been transferred to Avantel and Jisnu Communications, both Hyderabad-based firms specialising in end-to-end communications solutions for space and defence platforms. These technologies, currently sourced from foreign vendors, will enable self-reliance in critical ground station infrastructure. 'These technologies are vital and currently sourced from foreign suppliers. With this transfer, we are taking a pivotal step towards building indigenous capabilities within India. ISRO, IN-SPACe, and NSIL will collaboratively provide comprehensive handholding support to all the industry players to ensure successful absorption of the technology,' said Rajeev Jyoti, Director, Technical Directorate, IN-SPACe. On the downstream front, two geospatial models developed by SAC/ISRO for pest forewarning and semi-physical crop yield estimation were transferred to Amnex Info Technologies, Ahmedabad, to be deployed in agricultural decision-making and crop protection. A compact, multi-parameter, portable bathymetry system developed by NRSC/ISRO has been transferred to Jalkruti Water Solutions, Ahmedabad, to enable UAV-based integration for water resource monitoring. Further, VSSC/ISRO's ceramic-based flame-proof coating technology—originally developed for launch vehicle applications—has been acquired by Ramdev Chemicals, Ahmedabad, for wider industrial applications.

Ancient Earth kept boiling for five million years. We now know what happened
Ancient Earth kept boiling for five million years. We now know what happened

India Today

timean hour ago

  • India Today

Ancient Earth kept boiling for five million years. We now know what happened

Researchers believe they've found the missing piece of the puzzle — and it's rooted in the soil. (Photo: Nasa) CO₂ levels remained sky-high, and so did global temperatures The lessons from 250 million years ago feel eerily relevant Once again, the planet may be approaching a tipping point A new study has shed light on one of Earth's most mysterious climate disasters â€' revealing that the planet remained trapped in extreme heat for millions of years after a mass extinction, largely because the plants didn't grow back fast enough. The event in question is the Permian–Triassic Mass Extinction, also known as the 'Great Dying,' which occurred around 252 million years ago and wiped out nearly 90% of life on Earth. Scientists have long linked this catastrophe to massive volcanic eruptions in Siberia that released huge amounts of greenhouse gases, causing runaway global warming. But here's the puzzling part: the extreme heat didn't subside when the eruptions ended. It lingered for five million years. Now, researchers believe they've found the missing piece of the puzzle â€' and it's rooted in the soil. Using fossil records and climate modeling, scientists reconstructed how plant life changed across the globe during and after the extinction. What they discovered was striking: a massive collapse of land vegetation, especially in tropical areas, led to very low carbon absorption by plants. Without enough greenery to pull carbon dioxide out of the air and store it in the ground, CO levels remained sky-high, and so did global temperatures. The study, published in Nature, shows how important plants are in balancing the Earth's climate. The collapse of ecosystems didn't just affect life on land â€' it created a dangerous feedback loop: fewer plants meant more CO in the air, which meant more heat, which made it even harder for plants to recover. 'This ancient climate crisis carries a clear warning,' say scientists. 'When ecosystems collapse, the climate doesn't just bounce back.' As the modern world faces rapid deforestation and rising carbon emissions, the lessons from 250 million years ago feel eerily relevant. Once again, the planet may be approaching a tipping point â€' and what happened in the past could happen again if natural systems that trap carbon are allowed to fail. A new study has shed light on one of Earth's most mysterious climate disasters â€' revealing that the planet remained trapped in extreme heat for millions of years after a mass extinction, largely because the plants didn't grow back fast enough. The event in question is the Permian–Triassic Mass Extinction, also known as the 'Great Dying,' which occurred around 252 million years ago and wiped out nearly 90% of life on Earth. Scientists have long linked this catastrophe to massive volcanic eruptions in Siberia that released huge amounts of greenhouse gases, causing runaway global warming. But here's the puzzling part: the extreme heat didn't subside when the eruptions ended. It lingered for five million years. Now, researchers believe they've found the missing piece of the puzzle â€' and it's rooted in the soil. Using fossil records and climate modeling, scientists reconstructed how plant life changed across the globe during and after the extinction. What they discovered was striking: a massive collapse of land vegetation, especially in tropical areas, led to very low carbon absorption by plants. Without enough greenery to pull carbon dioxide out of the air and store it in the ground, CO levels remained sky-high, and so did global temperatures. The study, published in Nature, shows how important plants are in balancing the Earth's climate. The collapse of ecosystems didn't just affect life on land â€' it created a dangerous feedback loop: fewer plants meant more CO in the air, which meant more heat, which made it even harder for plants to recover. 'This ancient climate crisis carries a clear warning,' say scientists. 'When ecosystems collapse, the climate doesn't just bounce back.' As the modern world faces rapid deforestation and rising carbon emissions, the lessons from 250 million years ago feel eerily relevant. Once again, the planet may be approaching a tipping point â€' and what happened in the past could happen again if natural systems that trap carbon are allowed to fail. Join our WhatsApp Channel

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store