We are #BuildingForBeyond. Read more on how Axiom Station will expand how people research, work, and live in low-Earth orbit: https://lnkd.in/eZgVT__2.
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We're not alone in the refueling revolution: Orbit Fab's refueling interfaces play an important role in the Astroscale Prototype Servicer for Refueling (APS-R) story.⛽ Check out Space News' coverage of Astroscale U.S.' collaboration with the technology leader: https://lnkd.in/eUpq3m8d #GasStationsInSpace #RefuelRenewReimagine
Astroscale reveals concept of operations for its in-orbit refueling vehicle
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New Post: Voyager-1 sends readable data again from deep space -By Jonathan Amos Science correspondent 2 hours ago Image caption, Artwork: The Voyager-1 probe was launched from Earth in 1977 The US space agency says its Voyager-1 probe is once again sending usable information back to Earth after months of spouting gibberish. The 46-year-old Nasa spacecraft is humanity’s most distant object. A computer fault stopped... By Jonathan AmosScience correspondent2 hours agoImage caption, Artwork: The Voyager-1 probe was launched from Earth in 1977The US space agency says its Voyager-1 probe is once again sending usable information back to Earth after months of spouting gibberish. The 46-year-old Nasa spacecraft is humanity's most distant object.A computer fault stopped it returning readable data in November but engineers have now fixed this.For the moment, Voyager is sending back only health data about its onboard systems, but further work should get the scientific instruments back online."Voyager-1 spacecraft is returning usable data about the health and status of its onboard engineering systems," Nasa said in a statement."The next step is to enable the spacecraft to begin returning science data again."Voyager-1 was launched from Earth in 1977 on a tour of the outer planets, but then just kept going.It moved beyond the bubble of gas emitted by the Sun - a domain known as the heliosphere - in 2012, and is now embedded in interstellar space, which contains the gas, dust and magnetic fields from other stars. A corrupted chip has been blamed for the ageing spacecraft's recent woes.This prevented Voyager's computers from accessing a vital segment of software code used to package information for transmission to Earth.For a period of time, engineers could get no sense whatsoever out of Voyager, even though they could tell the spacecraft was still receiving their commands and otherwise operating normally.The issue was resolved by shifting the affected code to different locations in the memory of the probe's computers.Voyager-1 departed Earth on 5 September 1977, a few days after its sister spacecraft, Voyager-2.The pair's primary objective was to survey the planets Jupiter, Saturn, Uranus and Neptune - a task they completed in 1989.They were then steered towards deep space, in the general direction of our galaxy's centre.Their power comes from radioisotope thermoelectric generators (RTGs), which convert heat from decaying plutonium into electricity. The continual decay process means the generators produce slightly less power each year.How much longer the Voyagers can continue is uncertain, but engineers have until now always come up with strategies to eke out a few extra years of operations. Voyager-2 is a little behind its twin and moving slightly slower.It's just over 20 billion km (13 billion miles) from Earth.Even though both are travelling at over 15 km per second (9 miles/s), they would not approach another star for tens of thousands of year
Voyager-1 sends readable data again from deep space
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New Post: Voyager-1 sends readable data again from deep space -By Jonathan Amos Science correspondent 2 hours ago Image caption, Artwork: The Voyager-1 probe was launched from Earth in 1977 The US space agency says its Voyager-1 probe is once again sending usable information back to Earth after months of spouting gibberish. The 46-year-old Nasa spacecraft is humanity’s most distant object. A computer fault stopped... By Jonathan AmosScience correspondent2 hours agoImage caption, Artwork: The Voyager-1 probe was launched from Earth in 1977The US space agency says its Voyager-1 probe is once again sending usable information back to Earth after months of spouting gibberish. The 46-year-old Nasa spacecraft is humanity's most distant object.A computer fault stopped it returning readable data in November but engineers have now fixed this.For the moment, Voyager is sending back only health data about its onboard systems, but further work should get the scientific instruments back online."Voyager-1 spacecraft is returning usable data about the health and status of its onboard engineering systems," Nasa said in a statement."The next step is to enable the spacecraft to begin returning science data again."Voyager-1 was launched from Earth in 1977 on a tour of the outer planets, but then just kept going.It moved beyond the bubble of gas emitted by the Sun - a domain known as the heliosphere - in 2012, and is now embedded in interstellar space, which contains the gas, dust and magnetic fields from other stars. A corrupted chip has been blamed for the ageing spacecraft's recent woes.This prevented Voyager's computers from accessing a vital segment of software code used to package information for transmission to Earth.For a period of time, engineers could get no sense whatsoever out of Voyager, even though they could tell the spacecraft was still receiving their commands and otherwise operating normally.The issue was resolved by shifting the affected code to different locations in the memory of the probe's computers.Voyager-1 departed Earth on 5 September 1977, a few days after its sister spacecraft, Voyager-2.The pair's primary objective was to survey the planets Jupiter, Saturn, Uranus and Neptune - a task they completed in 1989.They were then steered towards deep space, in the general direction of our galaxy's centre.Their power comes from radioisotope thermoelectric generators (RTGs), which convert heat from decaying plutonium into electricity. The continual decay process means the generators produce slightly less power each year.How much longer the Voyagers can continue is uncertain, but engineers have until now always come up with strategies to eke out a few extra years of operations. Voyager-2 is a little behind its twin and moving slightly slower.It's just over 20 billion km (13 billion miles) from Earth.Even though both are travelling at over 15 km per second (9 miles/s), they would not approach another star for tens of thousands of year
Voyager-1 sends readable data again from deep space
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In this insightful episode, Vanessa Kerr unveils how the Innovating strategy in Cimarron's tagline propels us to continually push the boundaries of technology and process improvement. Continuous Improvement: Learn how our commitment to innovation ensures that we are never satisfied with the status quo, enabling us to rapidly adapt and evolve in response to new challenges. Enhancing Operations: Discover how Cimarron Inc. implements cutting-edge tools and processes to make our operations more efficient and agile, significantly boosting the value and performance for our customers and employees. Driving Industry Innovation: See how our focus on innovation shapes every job within Cimarron, fostering a culture where ideas flourish and technological advancements are standard. Expanding Horizons: Explore how we are moving beyond traditional government-run space programs to embrace joint responsibility in government and commercial sectors, working on systems that support next-generation orbiting science platforms, lunar surface systems, and the ground systems that will bring these initiatives to life. Cimarron's strategy of innovating not only drives internal advancements but also positions us as a leader in creating the technologies and solutions that will fuel future exploration and scientific discovery. The Cimarron team is setting the stage for a future where innovation is the key to unlocking new realms of possibility. #CimarronInc #TenetsAndTaglines #InnovationLeadership #SpaceExploration
Tenets and Taglines Series: Episode 8 - Innovating for Tomorrow
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New Post: Voyager-1 sends readable data again from deep space -By Jonathan Amos Science correspondent 2 hours ago Image caption, Artwork: The Voyager-1 probe was launched from Earth in 1977 The US space agency says its Voyager-1 probe is once again sending usable information back to Earth after months of spouting gibberish. The 46-year-old Nasa spacecraft is humanity’s most distant object. A computer fault stopped... By Jonathan AmosScience correspondent2 hours agoImage caption, Artwork: The Voyager-1 probe was launched from Earth in 1977The US space agency says its Voyager-1 probe is once again sending usable information back to Earth after months of spouting gibberish. The 46-year-old Nasa spacecraft is humanity's most distant object.A computer fault stopped it returning readable data in November but engineers have now fixed this.For the moment, Voyager is sending back only health data about its onboard systems, but further work should get the scientific instruments back online."Voyager-1 spacecraft is returning usable data about the health and status of its onboard engineering systems," Nasa said in a statement."The next step is to enable the spacecraft to begin returning science data again."Voyager-1 was launched from Earth in 1977 on a tour of the outer planets, but then just kept going.It moved beyond the bubble of gas emitted by the Sun - a domain known as the heliosphere - in 2012, and is now embedded in interstellar space, which contains the gas, dust and magnetic fields from other stars. A corrupted chip has been blamed for the ageing spacecraft's recent woes.This prevented Voyager's computers from accessing a vital segment of software code used to package information for transmission to Earth.For a period of time, engineers could get no sense whatsoever out of Voyager, even though they could tell the spacecraft was still receiving their commands and otherwise operating normally.The issue was resolved by shifting the affected code to different locations in the memory of the probe's computers.Voyager-1 departed Earth on 5 September 1977, a few days after its sister spacecraft, Voyager-2.The pair's primary objective was to survey the planets Jupiter, Saturn, Uranus and Neptune - a task they completed in 1989.They were then steered towards deep space, in the general direction of our galaxy's centre.Their power comes from radioisotope thermoelectric generators (RTGs), which convert heat from decaying plutonium into electricity. The continual decay process means the generators produce slightly less power each year.How much longer the Voyagers can continue is uncertain, but engineers have until now always come up with strategies to eke out a few extra years of operations. Voyager-2 is a little behind its twin and moving slightly slower.It's just over 20 billion km (13 billion miles) from Earth.Even though both are travelling at over 15 km per second (9 miles/s), they would not approach another star for tens of thousands of year
Voyager-1 sends readable data again from deep space
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New Post: Voyager-1 sends readable data again from deep space -By Jonathan Amos Science correspondent 2 hours ago Image caption, Artwork: The Voyager-1 probe was launched from Earth in 1977 The US space agency says its Voyager-1 probe is once again sending usable information back to Earth after months of spouting gibberish. The 46-year-old Nasa spacecraft is humanity’s most distant object. A computer fault stopped... By Jonathan AmosScience correspondent2 hours agoImage caption, Artwork: The Voyager-1 probe was launched from Earth in 1977The US space agency says its Voyager-1 probe is once again sending usable information back to Earth after months of spouting gibberish. The 46-year-old Nasa spacecraft is humanity's most distant object.A computer fault stopped it returning readable data in November but engineers have now fixed this.For the moment, Voyager is sending back only health data about its onboard systems, but further work should get the scientific instruments back online."Voyager-1 spacecraft is returning usable data about the health and status of its onboard engineering systems," Nasa said in a statement."The next step is to enable the spacecraft to begin returning science data again."Voyager-1 was launched from Earth in 1977 on a tour of the outer planets, but then just kept going.It moved beyond the bubble of gas emitted by the Sun - a domain known as the heliosphere - in 2012, and is now embedded in interstellar space, which contains the gas, dust and magnetic fields from other stars. A corrupted chip has been blamed for the ageing spacecraft's recent woes.This prevented Voyager's computers from accessing a vital segment of software code used to package information for transmission to Earth.For a period of time, engineers could get no sense whatsoever out of Voyager, even though they could tell the spacecraft was still receiving their commands and otherwise operating normally.The issue was resolved by shifting the affected code to different locations in the memory of the probe's computers.Voyager-1 departed Earth on 5 September 1977, a few days after its sister spacecraft, Voyager-2.The pair's primary objective was to survey the planets Jupiter, Saturn, Uranus and Neptune - a task they completed in 1989.They were then steered towards deep space, in the general direction of our galaxy's centre.Their power comes from radioisotope thermoelectric generators (RTGs), which convert heat from decaying plutonium into electricity. The continual decay process means the generators produce slightly less power each year.How much longer the Voyagers can continue is uncertain, but engineers have until now always come up with strategies to eke out a few extra years of operations. Voyager-2 is a little behind its twin and moving slightly slower.It's just over 20 billion km (13 billion miles) from Earth.Even though both are travelling at over 15 km per second (9 miles/s), they would not approach another star for tens of thousands of year
Voyager-1 sends readable data again from deep space
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Blog 42 TalentServe Space exploration has always captured our imaginations. From the early days of rockets to the rovers crawling across Mars, humanity's journey into the cosmos is fueled by innovation. But what's next? Let's explore some mind-blowing tech that's pushing the boundaries of space travel: ✓Reusable Rockets: Gone are the days of single-use rockets. Companies like SpaceX are pioneering reusable launch vehicles, slashing launch costs and making space travel more accessible. This is a game-changer for future missions! ✓Deep Space Habitats: As we set our sights on Mars and beyond, creating livable environments becomes crucial. Imagine 3D-printed habitats constructed by robots using materials found on the Moon or Mars itself! Researchers are exploring this concept for sustainable space living. ✓Zero-Mass Spacecraft: This might sound like something out of science fiction, but scientists are looking at ways to send lightweight materials and robots into space that can self-assemble into functional structures once they arrive. Think of it as a pack of space Legos that build themselves into a habitat or research station! ✓Nuclear Thermal Propulsion: Current rockets struggle with deep-space travel. Nuclear thermal propulsion engines offer much higher thrust, allowing for faster journeys and opening doors to exploring further reaches of the solar system. These are just a few examples of how technology is revolutionizing space exploration. As we continue to push the boundaries of innovation, the possibilities for space travel seem limitless. Who knows, maybe one day we'll be sipping coffee on a Martian outpost, thanks to these incredible advancements! #TalentServe
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🚀 "In the realm of space exploration, nothing is impossible. Not even a propellentless drive." Forbes dives into the revolutionary and highly controversial Quantum Drive, developed by tech company IVO Limited. After decades of debates and experiments, this propellentless drive will be tested in space for the first time via the BARRY-1 satellite. This could either transform the space industry or prove skeptics right. Read the full article here: https://lnkd.in/eNaRZm-b #QuantumDrive #SpaceExploration #Innovation
Controversial Quantum Space Drive In Orbital Test, Others To Follow
forbes.com
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Researchers of the Circular Industrial Economy, looking for an example of long product-life, say about 50 years ? combined with micro nuclear reactors developed by NASA ? Hello again, Voyager 1 NASA’s interstellar spacecraft has sent updates about its health and operating status after five months of transmitting garbled data. Launched in 1977, Voyager 1 was the first human-made object to leave the solar system. Now 24 billion kilometres from Earth, in November last year it started sending signals that didn't make sense. Following modifications to how Voyager 1 stores data aimed at fixing the glitch, NASA’s flight team confirmed on 22 April that they were able to communicate with the spacecraft once again. They hope to restore its ability to send back science data, too. Space.com | 4 min read #longlifeobjects #Voyager1 #NASA #micronuclear #CircularEconomy #KiloPower #zeromaintenance #zerocarbon #innovation #Space
Space.com: NASA, Space Exploration and Astronomy News
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🚀 "In the realm of space exploration, nothing is impossible. Not even a propellentless drive." Forbes dives into the revolutionary and highly controversial Quantum Drive, developed by tech company IVO Limited. After decades of debates and experiments, this propellentless drive will be tested in space for the first time via the BARRY-1 satellite. This could either transform the space industry or prove skeptics right. Read the full article here: https://lnkd.in/eyupJ_uv #QuantumDrive #SpaceExploration #Innovation
Controversial Quantum Space Drive In Orbital Test, Others To Follow
forbes.com
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