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Tag: Spaceflight

  • Parenting 101: Outschool’s free mission to Mars

    Outschool has announced a one-of-a-kind virtual event that will allow learners around the world to communicate live with a simulated Mars mission, complete with a real Earth-to-Mars communication delay. Taking place on February 4th, the 80-minute live event will allow learning to tune in, ask questions, collaborate during the wait, and receive responses from the Mars analog crew, turning delay into discovery.

    The event is free, designed for kids ages 5-18 and will take place at 12 p.m.

    In partnership with veteran Outschool educator Tom Bickmore, who will serve as Crew Journalist during an upcoming mission at the Mars Desert Research Station (MDRS) in Utah, the event invites kids to experience what it’s truly like to talk to people on another planet.

    “When humans go to Mars, communication won’t be instant, but it can still feel human,” Bickmore said in a media release. “Kids are incredibly candid about their experiences, which makes them perfect participants in this kind of research.”

    On a real Mars mission, messages take approximately 10 minutes to transmit between planets due to their distance. In this event, kids will experience this same delay each way — turning this wait into a fun challenge where participants can ask questions, work together while waiting, and feel what it’s really like to chat with someone on another planet.

     – JC

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  • NASA returns humans to deep space after over 50 years with February Artemis II Moon mission

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    NASA plans to return humans to deep space next month, targeting a Feb. 6 launch for Artemis II, a 10-day crewed mission that will carry astronauts around the Moon for the first time in more than 50 years.

    “We are going — again,” NASA said Tuesday in a post on X, saying the mission is set to depart no earlier than Feb. 6.

    The first available launch period will run from Jan. 31 to Feb. 14, with launch opportunities on Feb. 6, 7, 8, 10 and 11.

    If the launch is scrubbed, additional launch periods will open from Feb. 28 to March 13 and from March 27 to April 10. For the former, launch opportunities will be available on March 6, 7, 8, 9 and 11, and for the latter on April 1, 3, 4, 5 and 6.

    NASA SAYS AMERICA WILL WIN ‘THE SECOND SPACE RACE’ AGAINST CHINA

    NASA’s new moon rocket lifts off from Launch Pad 39B at the Kennedy Space Center in Cape Canaveral, Fla., Wednesday, Nov. 16, 2022. This launch is the first flight test of the Artemis program.  (John Raoux/AP Photo)

    The mission is scheduled to lift off from Launch Complex 39B at NASA’s Kennedy Space Center in Florida aboard the Space Launch System, the most powerful rocket the agency has ever built.

    Preparations are underway to begin moving the rocket to the launch pad no earlier than Jan. 17. The move involves a four-mile journey from the Vehicle Assembly Building to Launch Pad 39B aboard the crawler-transporter 2, a process expected to take up to 12 hours.

    “We are moving closer to Artemis II, with rollout just around the corner,” Lori Glaze, acting associate administrator for NASA’s Exploration Systems Development Mission Directorate, said. “We have important steps remaining on our path to launch and crew safety will remain our top priority at every turn, as we near humanity’s return to the Moon.”

    TRANSPORTATION SECRETARY DUFFY TO ANNOUNCE NUCLEAR REACTOR DEVELOPMENT PLAN FOR THE MOON

    Artemis II astronauts.

    The crew of NASA’s Artemis II mission (left to right): NASA astronauts Christina Hammock Koch, Reid Wiseman (seated), Victor Glover, and Canadian Space Agency astronaut Jeremy Hansen. (NASA)

    The 322-foot rocket will send four astronauts beyond Earth orbit to test the Orion spacecraft in deep space for the first time with a crew aboard, marking a major milestone following the Apollo era, which last sent humans to the Moon in 1972.

    The crew includes NASA astronauts Reid Wiseman, Victor Glover and Christina Koch, along with Canadian Space Agency astronaut Jeremy Hansen, making Artemis II the first lunar mission to include a Canadian astronaut and the first to carry a woman beyond low Earth orbit.

    After launch, the astronauts are expected to spend about two days near Earth checking Orion’s systems before firing the spacecraft’s European-built service module to begin the journey toward the Moon.

    BLUE ORIGIN LAUNCHES NEW GLENN ROCKET TO MARS AFTER DELAYS

    Artemis with the moon in the background.

    A full moon was visible behind the Artemis I SLS (Space Launch System) rocket and Orion spacecraft at Launch Complex 39B at NASA’s Kennedy Space Center in Florida on June 14, 2022. The first in an increasingly complex series of missions, Artemis I tested SLS and Orion as an integrated system prior to crewed flights to the Moon. (NASA/Ben Smegelsky)

    That maneuver will send the spacecraft on a four-day trip around the far side of the Moon, tracing a figure-eight path that carries the crew more than 230,000 miles from Earth and thousands of miles beyond the lunar surface at its farthest point.

    Instead of firing engines to return home, Orion will follow a fuel-efficient free-return path that uses Earth and Moon gravity to guide the spacecraft back toward Earth during the roughly four-day return trip.

    The mission will end with a high-speed reentry and splashdown in the Pacific Ocean off the coast of San Diego, where NASA and Department of War teams will recover the crew.

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    Artemis II follows the uncrewed Artemis I mission and will serve as a critical test of NASA’s deep-space systems before astronauts attempt a lunar landing on a future flight.

    NASA says the mission is a key step toward long-term lunar exploration and eventual crewed missions to Mars.

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  • Blue Origin’s Next Mission Is Helping Redefine Who Gets to Go to Space

    German aerospace engineer Michaela (Michi) Benthaus has used a wheelchair ever since 2018, when a mountain biking accident led to a life-changing spinal cord injury. Today, she’s a trailblazer for accessibility in human spaceflight, and she’s about to go where no wheelchair user has gone before.

    Blue Origin is gearing up to launch Benthaus and five other civilian astronauts to suborbital space aboard New Shepherd’s 37th flight, making her the first person with paraplegia to travel beyond Earth. She will be accompanied by aerospace engineer and former SpaceX employee Hans Koenigsmann, investor Joey Hyde, entrepreneur Neal Milch, investor Adonis Pouroulis, and self-proclaimed “space nerd” Jason Stansell.

    New Shepherd flights last 10 to 12 minutes from liftoff to landing and allow the crew to experience a few minutes of weightlessness. The NS-37 mission is scheduled to launch from Launch Site One in West Texas no earlier than 9:30 a.m. ET next Thursday, December 18. Blue will begin livestreaming the event 40 minutes before liftoff.

    In a LinkedIn post, Benthaus said she’s “beyond excited” for the mission. “This feels like an important step since space travel for people with disabilities is still in its very early days. I’m so thankful and hope it inspires a change in mindset across the space industry, creating more opportunities for people like me.”

    Making spaceflight accessible to all

    When it comes to making spaceflight accessible to those with disabilities, there’s still much work to be done. Traditionally, astronauts selected for space missions have been highly trained, athletically fit, and able-bodied. This has led to knowledge gaps around the human factors, operational challenges, and technological limitations that prevent people with disabilities from becoming astronauts.

    Only in recent years have researchers begun to investigate these hurdles and develop ways to help people overcome them. One organization leading the charge is AstroAccess, which Benthaus has been an ambassador for since 2022.

    The advocacy group conducts microgravity and analog astronaut missions with disabled scientists, veterans, students, athletes, and artists to investigate how spacecraft environments can be designed so that all astronauts can work and thrive in space. When Benthaus became an ambassador, she participated in a parabolic flight that allowed her to experience zero gravity for the first time.

    Achieving a major milestone

    The commercial spaceflight industry—particularly space tourism—plays an important role in improving spaceflight accessibility by offering mission opportunities to a more diverse population. Earlier this year, deaf and hard of hearing (DHH) AstroAccess ambassadors completed astronaut training for New Shepherd missions.

    Now that she’s completed her own training, Benthaus is poised to become the first AstroAccess ambassador to actually participate in a New Shepherd flight. Her achievement will help validate strategies for making spaceflight accessible to people with paraplegia and pave the way for future astronauts with this condition.

    “I thought my dream of going to space had ended forever when I had my accident,” Benthaus wrote in her LinkedIn post. “I might be the first—but have no intention of being the last.”

    Ellyn Lapointe

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  • Perseverance rover spots mysterious ‘visitor from outer space’ rock on Mars surface after 4 years

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    NASA’s Perseverance rover may have stumbled on a visitor from outer space – a strange, shiny rock on Mars that scientists think could be a meteorite forged in the heart of an ancient asteroid.

    According to a new blog post on the rover’s mission page, the rock – nicknamed “Phippsaksla” – stood out from the flat, broken terrain around it, prompting NASA scientists to take a closer look.

    Tests revealed high levels of iron and nickel, the same elements found in meteorites that have crashed onto both Mars and Earth.

    While this isn’t the first time a rover has spotted a metallic rock on Mars, it could be the first for Perseverance. Earlier missions – including Curiosity, Opportunity, and Spirit – discovered iron-nickel meteorites scattered across the Martian surface, making it all the more surprising that Perseverance hadn’t seen one until now, NASA said.

    MASSIVE ASTEROID BIGGER THAN A SKYSCRAPER HEADING TOWARD EARTH AT 24,000 MPH

    NASA’s Perseverance rover discovered a shiny metallic rock that scientists believe could be a meteorite forged in the heart of an ancient asteroid. (NASA via Getty Images)

    Now, just beyond the crater’s rim, the rover may have finally found one – a metallic rock perched on ancient impact-formed bedrock. If confirmed, the discovery would place Perseverance alongside the other Mars rovers that have examined fragments of cosmic visitors to the red planet.

    To learn more about the rock, the team aimed Perseverance’s SuperCam – an instrument that fires a laser to analyze a target’s chemical makeup – at Phippsaksla. The readings showed unusually high levels of iron and nickel, a combination NASA said strongly suggests a meteorite origin.

    Mounted atop the rover’s mast, SuperCam uses its laser to vaporize tiny bits of material, so sensors can detect the elements inside from several meters away.

    SCIENTISTS SPOT SKYSCRAPER-SIZED ASTEROID RACING THROUGH SOLAR SYSTEM

    NASA Perseverance discovers possible meteorite on Mars

    The shiny rock nicknamed “Phippsaksla,” discovered by NASA’s Perseverance rover, showed high levels of iron and nickel consistent with meteorites found on Mars and Earth. (NASA)

    The finding is significant, NASA noted, because iron and nickel are typically found together only in meteorites formed deep within ancient asteroids – not in native Martian rocks.

    If confirmed, Phippsaksla would join a long list of meteorites identified by earlier missions, including Curiosity’s “Lebanon” and “Cacao” finds, as well as metallic fragments spotted by Opportunity and Spirit. NASA said each discovery has helped scientists better understand how meteorites interact with the Martian surface over time.

    Because Phippsaksla sits atop impact-formed bedrock outside Jezero crater, NASA scientists said its location could offer clues about how the rock formed and how it ended up there.

    MASSIVE COMET ZOOMING THROUGH SOLAR SYSTEM COULD BE ALIEN TECHNOLOGY, HARVARD ASTROPHYSICIST SAYS

    NASA Perseverance discovers possible meteorite on Mars

    NASA scientists say the metallic rock spotted by Perseverance may be a meteorite formed deep within an ancient asteroid before crashing onto Mars. (NASA)

    For now, the agency said its team is continuing to study Phippsaksla’s unusual makeup to confirm whether it truly came from beyond Mars.

    If proven to be a meteorite, the find would mark a long-awaited milestone for Perseverance – and another reminder that even on a planet 140 million miles away, there are still surprises waiting in the dust.

    Perseverance, NASA’s most advanced robot to date, traveled 293 million miles to reach Mars after launching on a United Launch Alliance Atlas V rocket from Cape Canaveral Space Station in Florida on July 30, 2020. It touched down in Jezero crater on Feb. 18, 2021, where it has spent nearly four years searching for signs of ancient microbial life and exploring the planet’s surface.

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    Built at NASA’s Jet Propulsion Laboratory in Pasadena, California, the $2.7 billion rover is about 10 feet long, 9 feet wide, and 7 feet tall – roughly 278 pounds heavier than its predecessor, Curiosity. 

    Powered by a plutonium generator, Perseverance carries seven scientific instruments, a seven-foot robotic arm, and a rock drill that allows it to collect samples that could one day return to Earth.

     The mission will also help NASA prepare for future human exploration of Mars in the 2030s.

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  • Space startup unveils 1-hour orbital delivery system

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    A Los Angeles-based aerospace startup called Inversion Space has unveiled Arc, its first flagship spacecraft designed to deliver supplies from orbit back to Earth in record time. The reusable reentry vehicle can transport up to 500 pounds of mission-critical cargo to nearly any point on the planet in less than an hour. Founders Justin Fiaschetti and Austin Briggs launched the company in 2021 with a bold vision: to build a space-based logistics network. During an event at the company’s factory, they described Arc as the next evolution of global delivery, one that starts in orbit, not on the ground.

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    How the Arc spacecraft delivers cargo from orbit to Earth

    Standing about 8 feet tall and 4 feet wide, Arc is roughly the size of a large tabletop. It’s a lifting-body vehicle, meaning it can steer as it reenters the atmosphere. Instead of needing a runway, Arc lands safely under parachutes, using non-toxic propellants that make it safe to handle immediately after landing. The spacecraft features a cross-range of approximately 621 miles, allowing it to target wide landing zones. It can stay in orbit for up to five years, ready to return to Earth when needed. That flexibility means the spacecraft could one day drop off medical supplies, drones or military equipment at hard-to-reach locations. 

    THE WORLD’S FIRST FLYING CAR IS READY FOR TAKEOFF

    Inversion Space unveils its Arc reentry vehicle designed for rapid orbital delivery. (Inversion Space)

    A computer shows orbital and navigational diagrams.

    Inversion’s Ray mission tested key systems in orbit, paving the way for Arc’s full development. (Inversion Space)

    Why Arc’s hypersonic speed could change aerospace testing

    Beyond rapid delivery, Arc doubles as a hypersonic testing platform. It can reach speeds over Mach 20, endure extreme heat and survive massive g-forces. Those capabilities have caught the attention of U.S. defense agencies, which are eager to improve hypersonic flight testing. Inversion’s participation in the Kratos-led MACH-TB 2.0 program highlights the growing military interest in Arc’s reusable design. “Fully reusable and capable of precise landings for rapid recovery, Arc makes hypersonic testing faster, repeatable, and more affordable,” the company said.

    A spacecraft floats above the Earth.

    Arc could deliver mission-critical cargo anywhere on Earth in under an hour. (Inversion Space)

    What Inversion learned from its first spacecraft, Ray

    Before Arc, Inversion launched a smaller demo craft called Ray on SpaceX’s Transporter-12 mission. Ray weighed about 200 pounds and successfully tested propulsion, avionics and solar power systems in orbit. Though a short circuit prevented reentry, it provided valuable data that led to Arc’s development. Ray’s success convinced the company to push forward with full-scale testing. Inversion has already completed dozens of drop tests and built a full-scale Arc prototype. The startup also partnered with NASA to refine the vehicle’s thermal protection system for reentry.

    UFO MANIA GRIPS SMALL TOWN AFTER MYSTERIOUS GLOWING OBJECT SIGHTING GOES VIRAL

    How Arc strengthens defense and emergency logistics

    Inversion sees Arc as a bridge between space logistics and national defense. The spacecraft could deliver mission-critical cargo to remote, damaged or denied environments where traditional transport would take days. As Fiaschetti put it, the goal is simple: make a difference the moment it lands. By combining maneuverability, reusability and speed, Arc could reshape both emergency response and battlefield supply chains. It’s not just about moving packages, it’s about delivering readiness.

    Inversion Space's Arc reentry vehicle

    Engineers at Inversion Space test Arc’s reentry systems as the spacecraft moves closer to flight readiness. (Inversion Space)

    What this means for you

    If Arc succeeds, it could redefine emergency logistics on Earth. Imagine doctors receiving vital medical kits from orbit after a natural disaster, or soldiers getting urgent supplies in minutes instead of hours. Arc could also accelerate scientific research, enabling faster delivery of experimental payloads or orbital materials. For everyday people, this technology represents the next step toward on-demand space infrastructure, where the line between space and Earth logistics begins to blur.

    Inversion Space's Arc reentry vehicle

    The reusable Arc spacecraft maneuvers through Earth’s atmosphere using parachutes for safe landing. (Inversion Space)

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    Kurt’s key takeaways

    Inversion Space’s Arc is more than a spacecraft; it’s a bold attempt to turn orbit into a delivery zone. With reusable systems, hypersonic capability and a focus on safety, it might just reshape how we think about time, distance and access.

    Would you trust a spacecraft to deliver emergency supplies to your neighborhood in under an hour? Let us know by writing to us at CyberGuy.com.

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  • CEO of Troubled Rocket Startup Throws Shade at the Competition

    It’s no secret that there are plenty of big egos in the spaceflight industry. While the key players typically refrain from roasting their rivals in public, that wasn’t the case at this year’s Berkeley Space Symposium. At least, not for Astra CEO Chris Kemp.

    During a talk he gave at the event on September 5, Kemp threw some serious shade at SpaceX, Blue Origin, Firefly, and Rocket Lab, Ars Technica reports. While some of his remarks spoke to legitimate shortcomings amongst his competitors, they came off harsh, especially given Astra’s history of financial troubles and its rocky launch record.

    Kemp co-founded Astra in 2016 alongside CTO Adam London. Five of the company’s seven operational rocket launches between September 2020 and June 2022 resulted in failure. Astra retired its “Rocket 3” in August 2022, and by March 2024, the company’s valuation had fallen from $2.6 billion to about $11.25 million, Reuters reported. Kemp and London took the company private at 50 cents per share to avoid bankruptcy.

    Now, Astra is focused on developing Rocket 4, targeting summer 2026 for its inaugural launch. It’s possible that this new chapter could help Astra rejuvenate its reputation and capital, but Kemp’s recent remarks may create more problems for the struggling company. Here’s what he had to say about four of his biggest competitors.

    Gizmodo reached out to each of them for comment but did not receive a response by the time of publication. You can watch Kemp’s full talk here.

    SpaceX

    In his closing remarks, Kemp attempted to appeal to prospective interns in the audience by arguing that Astra provides a better work environment than SpaceX’s Starbase in south Texas.

    “It’s more fun than SpaceX, because we’re not on the border of Mexico where they’ll chop your head off if you accidentally take a left turn,” he said. “And you don’t have to live in a trailer. And we don’t make you work six and a half days a week, 12 hours a day. It’s appreciated if you do, but not required.”

    Yikes. Up until this moment, Kemp generally spoke respectfully about SpaceX, drawing fair comparisons between Elon Musk’s approach and his own. To end on this sour note felt like an unnecessary jab. Needless to say, no SpaceX interns have ever been beheaded.

    Blue Origin

    At the start of his talk, Kemp described two approaches to innovation in today’s space industry: the fail-fast iterative design method and the more traditional long-term development of a single rocket.

    “I call it the Blue Origin and NASA approach, where you spend tens of billions of dollars, and in 20 or 30 years you build a rocket and it works the first time,” he said. “This is super important if what you’re trying to optimize is [that] it works the first time. And for a program run by a nation-state or a billionaire that doesn’t want to have a rocket blow up, this is prudent. But it does take decades and cost tens of billions of dollars for you to do the analysis and testing.”

    Astra, like SpaceX, uses iterative design. While Kemp is correct in saying that Jeff Bezos, the founder of Blue Origin, has taken the more traditional approach, neither New Shepherd nor New Glenn costs “tens of billions” of dollars. What’s more, Astra’s Rocket 3 launch record pales in comparison to New Shepherd’s.

    Firefly Aerospace

    In 2021, Astra signed a deal with rival Firefly to purchase its Reaver engines. Neither company ever acknowledged the agreement publicly, but during Kemp’s talk, he was eager to discuss it.

    “We have a new rocket engine. There is a company called Firefly. They went public,” he said with a mocking giggle. “We bought the engine from them, and it was garbage. We literally could not get the same engine twice from them. And none of them matched the CAD. And if you’re in engineering, you know that just doesn’t work. So we basically had to start from scratch with this engine.”

    In response to Kemp’s comments, a Firefly spokesperson told Ars, “Reaver engines built by Firefly have powered our Alpha launch vehicle to orbit multiple times and have performed flawlessly. In addition, our patented tap-off engine technology used across our family of engines has been hot-fired more than a thousand times and counting. Firefly has full confidence in our engineering and the design of our flight-proven Alpha systems.”

    Firefly did not immediately respond to Gizmodo’s request for comment.

    Rocket Lab

    In the late 2010s, while Astra was developing Rocket 3, Rocket Lab was racing to build Electron, a rival small-lift rocket. This set the stage for fierce competition that still persists today, but comparatively, Kemp’s remarks toward Rocket Lab were mild at the Berkeley event.

    Kemp admitted that both Rocket 3 and Electron were not large enough to serve the booming market for satellites. “That little rocket is too small,” he said of Rocket 3. “And so is Electron.”

    This may be true, but Electron’s launch record far surpasses that of Rocket 3, and it continues to generate significant revenue for Rocket Lab.

    Between his snide remarks, Kemp’s talk offered valuable insight into Astra’s past, present, and future. Whether his bark will stand up to his bite remains to be seen with the upcoming debut of Rocket 4.

    Ellyn Lapointe

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  • Spaceflight Accelerates Aging of Human Stem Cells, Study Finds

    The rigors of space travel could accelerate changes in the human body usually associated with aging.

    According to a new study of human tissues sent into low-Earth orbit, time in space reduces cell production, exacerbates DNA damage, and increases the signs of aging in the telomeres that cap the ends of the chromosomes.

    “Space is the ultimate stress test for the human body,” says physician Catriona Jamieson of the University of California, San Diego School of Medicine.

    “These findings are critically important because they show that the stressors of space – like microgravity and cosmic galactic radiation – can accelerate the molecular aging of blood stem cells.

    “Understanding these changes not only informs how we protect astronauts during long-duration missions but also helps us model human aging and diseases like cancer here on Earth. This is essential knowledge as we enter a new era of commercial space travel and research in low Earth orbit.”

    Related: NASA’s Twin Study Results Just Changed What We Know About Long-Term Spaceflight

    Over time, scientists have gained a much better understanding of the effects of spaceflight on the human body, but there’s a lot we still don’t know.

    Led by biochemist Jessica Pham of UC San Diego, a team of researchers developed a bioreactor system to cultivate and monitor human hematopoietic stem and progenitor cells (HSPCs) in microgravity.

    A close examination of the HSPCs – which are involved in the production and maintenance of the blood – could provide a better understanding of the aging effects of spaceflight on a molecular level, the researchers reasoned.

    The experimental platforms were then placed on SpaceX’s International Space Station resupply missions, which spent between 32 and 45 days in low-Earth orbit. The effects on the cells were remarkable, with several key findings.

    A graphical abstract summarizing the effects of spaceflight on human HSPCs. (Pham et al., Cell Stem Cell, 2025)

    In a microgravity environment, the rate at which the blood-forming stem cells produce inflammatory proteins increases, resulting in a higher workload with less time to recover. The result of this was an increase in several markers generally associated with aging.

    The cells became less able to produce healthy new cells over time and showed signs of wear and tear. Of particular note was a shortening of the telomeres. These are the protective caps at the ends of our chromosomes, and typically, they grow shorter over time with each cell division, until they’re so short they can’t divide anymore. Short telomeres are also strongly associated with aging.

    Interestingly, some of the cells grew so stressed that they were unable to express proteins that suppress activation of the ‘dark genome‘ – the so-called junk DNA that normally resides dormant in our cells, suppressed to maintain stability. This meant that these sections of the genome started waking up, which in turn can impair immune function.

    It’s not all doom and gloom. The researchers found that once the cells had been returned to Earth and were placed on young, healthy bone marrow substrates, some of the damage reversed. This suggests that spaceflight-related damage is repairable, and further research efforts in this direction may aid astronaut recovery in the future, as well as offer insights into aging here on Earth.

    “These short-duration spaceflight models of accelerated HSPC aging may provide insights into terrestrial human aging and age-related malignancies,” the researchers write in their paper.

    “Ultimately, these studies may provide guidance for therapeutic strategies to mitigate space-specific changes in the expanding space economy, as well as space-accelerated models of aging and age-related diseases, such as cancer.”

    The research has been published in Cell Stem Cell.

    Related News

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  • SpaceX’s Next Big Trick: Catch the Starship Upper Stage With ‘Chopsticks’

    SpaceX finally broke out of a serious Starship slump on Tuesday, acing the rocket’s 10th flight after months of failed attemps. Now, CEO Elon Musk has set his sights on the next big challenge: catching Starship’s upper stage with Mechazilla’s “chopstick” arms.

    In an X post on Wednesday, August 27, Musk said the next opportunities to attempt this feat would likely be flights 13 through 15, depending on how well V3—the next iteration of Starship—performs. The Starship launched Tuesday was a V2, which is slightly smaller and offers less payload capacity and thrust than the forthcoming V3. In another X post, Musk said he expects V3 to be built, tested, and perhaps flown by the end of the year.

    Why catch instead of land?

    The Starship launch system consists of two main components: the ‘Super Heavy’ booster and an upper stage spacecraft called Starship. Both stages are designed for rapid reuse, meaning they need to return to Earth in one piece. That’s where Mechazilla comes in.

    This massive launch tower at Starbase, Texas is equipped with giant chopstick-like arms designed to catch Super Heavy and Starship during their separate descents. This approach is better suited to Starship than soft landing on a droneship or landing pad like the Falcon 9. Starship is much larger, so it would require extra-big landing legs and extensive landing infrastructure to do that. The chopstick catch eliminates those needs and thus reduces weight.

    Can SpaceX pull it off in four months?

    SpaceX already caught Super Heavy on Flight 5 in October 2024, Flight 7 in January, and Flight 8 in March, but it has yet to attempt this with Starship. After the first successful booster catch, Musk said he hoped to catch Starship sometime in 2025, but the first half of the year didn’t exactly go as planned. A series of explosive failures during the first half of the year significantly delayed Starship’s launch schedule.

    If Musk is targeting Flight 13 for a first attempt of the Starship catch, that means SpaceX would need to launch Flights 11 and 12 within the next four months to pull this off in 2025. It’s not an impossibility, but it’s more likely that the first Starship catch will take place sometime in 2026.

    Still, Starship’s near-flawless performance during Flight 10 suggests SpaceX’s luck may be changing. The megarocket launched on time, followed by a smooth stage separation and booster landing—no catch attempt this time. Just over 18 minutes into the mission, it opened its bay doors and ejected payloads into space for the first time. That said, this megarocket still has a long way to go to get to Mars.

    Ellyn Lapointe

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  • Massive Pallet of Old Batteries Re-Enters Earth’s Atmosphere, Marking Heaviest ISS Trash Return Yet

    Massive Pallet of Old Batteries Re-Enters Earth’s Atmosphere, Marking Heaviest ISS Trash Return Yet

    The cargo pallet after being tossed by the by the Canadarm2 robotic arm in 2021.
    Photo: NASA

    On Friday, March 8, a pallet of used batteries from the International Space Station (ISS) reentered Earth’s atmosphere over the Gulf of Mexico following an unpredictable journey through orbit.

    The pallet contained nine batteries and weighed in at 2.9 tons. It had been tossed by the Canadarm2 robotic arm in March 2021 and and has since been tumbling towards Earth in an uncontrolled reentry. The chaotic fall through orbit finally came to an end last week when the cargo pallet reentered on March 8 around 3:29 p.m. ET somewhere above Cancun and Cuba, according to Jonathan McDowell, an astrophysicist who has been tracking the piece of ISS trash.

    It’s not clear, however, whether the entire pallet burned up upon reentry through Earth’s atmosphere, or if some parts of it survived the heat. The European Space Agency (ESA) was also monitoring the pallet’s reentry and estimated that some parts may reach the ground but that the likelihood of a person being hit were very low. There have been no reports of injuries or damage since the object returned to Earth.

    The pallet is the largest object ever thrown out from the ISS. It was launched to the space station in May 2020 by a Japanese cargo ship to help astronauts replace the old nickel-hydrogen batteries with new, more efficient lithium-ion batteries. These batteries store energy collected by the station’s solar arrays.

    It wasn’t meant to end this way for the older batteries, which were supposed to be placed inside a Japanese HTV cargo ship for proper disposal. However, a backlog in the disposal of this type of equipment from the ISS forced NASA to simply toss the batteries inside a cargo pallet using the space station’s robotic arm, which led to their uncontrolled reentry.

    The uncontrolled reentry of massive objects such as the battery pallet is fairly uncommon, and most objects that do meet their demise through Earth’s atmosphere usually burn up with no trace left behind. Space agencies commonly accept a 1-in 10,000 probability threshold for the casualty risk of a single uncontrolled reentry, according to ESA. As the space industry continues to grow, it might get trickier to monitor who’s sticking to the rules, which could eventually result in new regulations. 

    For more spaceflight in your life, follow us on X and bookmark Gizmodo’s dedicated Spaceflight page.

    Passant Rabie

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  • This is what it looks like to reenter Earth’s atmosphere from a space capsule’s POV

    This is what it looks like to reenter Earth’s atmosphere from a space capsule’s POV

    Incredible footage released by Varda Space Industries gives us a first-person view of a space capsule’s return trip to Earth, from the moment it separates from its carrier satellite in orbit all the way through its fiery reentry and bumpy arrival at the surface. Varda’s W-1 capsule landed at the Utah Test and Training Range, a military site, on February 21 in a first for a commercial company. It spent roughly eight months leading up to that in low Earth orbit, stuck in regulatory limbo while the company waited for the government approvals it needed to land on US soil, according to .

    “Here’s a video of our capsule ripping through the atmosphere at mach 25, no renders, raw footage,” the company posted on alongside clips from reentry. Varda also shared a 28-minute video of W-1’s full journey home from LEO on .

    Varda, which worked with Rocket Lab for the mission, is trying to develop mini-labs that can produce pharmaceuticals in orbit — in this case, the HIV drug ritonavir. Its W-1 capsule was attached to Rocket Lab’s Photon satellite “bus,” which the company said ahead of launch would provide power, communications and altitude control for the capsule. Photon successfully brought the capsule to where it needed to be for last week’s reentry, then itself burned up in Earth’s atmosphere, reported. Now that the capsule has returned, Ars Technica reports that the ritonavir crystals grown in orbit will be analyzed by the Indiana-based pharmaceutical company, Improved Pharma.

    Cheyenne MacDonald

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  • Intuitive Machines’ moon lander sent home its first images and they’re breathtaking

    Intuitive Machines’ moon lander sent home its first images and they’re breathtaking

    Intuitive Machines’ lunar lander is well on its way to the moon after launching without a hitch on Thursday, but it managed to snap a few incredible images of Earth while it was still close to home. The company shared the first batch of images from the IM-1 mission on X today after confirming in an earlier post that the spacecraft is “in excellent health.” Along with a view of Earth and some partial selfies of the Nova-C lander, nicknamed Odysseus, you can even see the SpaceX Falcon 9 second stage falling away in the distance after separation.

    Odysseus is on track to make its moon landing attempt on February 22, and so far appears to be performing well. The team posted a series of updates on X at the end of the week confirming the lander has passed some key milestones ahead of its touchdown, including engine firing. This marked “the first-ever in-space ignition of a liquid methane and liquid oxygen engine,” according to Intuitive Machines.

    Cheyenne MacDonald

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  • Maybe We Shouldn’t Go Back To The Moon After All

    Maybe We Shouldn’t Go Back To The Moon After All

    Humans are going back to the Moon! NASA’s Artemis program is going to send a bunch of astronauts to the Lunar surface in the coming years, initially for Moon business, but later to start work on the eventual journey to Mars. It’s exciting stuff, but as this art series shows, it can’t hurt to pack a few extra pieces of…

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    Luke Plunkett

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  • SpaceX Starship Blows Up Minutes After Launch

    SpaceX Starship Blows Up Minutes After Launch

    SpaceX’s Starship rocket, the most powerful ever built, blasted off on an unpiloted maiden flight Thursday, flying for more than two minutes before exploding. What do you think?

    “Everything explodes eventually.”

    Kat Alvarez, Apartment Stager

    “We’re on the doorstep of a bold new era of space disasters.”

    Andy Hood, Jar Sealer

    “I’d like to see China blow up a rocket in less than two minutes.”

    Oscar Huerta, PR Educator

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