Orbital Decay
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ISRO Team Confirms Sun's Activity Is Forcing Old, Dead Satellites To Fall Back To Earth
Researchers have confirmed for the first time that peaks in solar activity accelerate the orbital decay of space debris, offering a valuable tool for safer space mission planning amid growing concerns over orbital clutter.
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A Spacecraft Is Falling Towards Earth. Here's How NASA Trying To Save It
The rescue mission is a high-risk, high-reward endeavour, aimed at addressing the growing issue of space debris
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Solar Orbiter Watches Sun's Most Hyperactive Region For Record 94 Days: "Milestone In Solar Physics"
The region was monitored from its birth on the far side of the Sun on April 16, 2024, until its decay after July 18, 2024.
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NASA Launches Rescue Mission to Save the Swift Gamma-Ray Burst Observatory
NASA is preparing an unprecedented mission to save the Neil Gehrels Swift Observatory, a key gamma-ray burst monitor launched in 2004 but now rapidly losing altitude. Partnering with Katalyst Space Technologies, NASA will send a robotic servicer on a Pegasus XL rocket to rendezvous with Swift, inspect it, and raise it to a stable orbit. The effort ...
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Doomed Exoplanet TOI-2109b Spirals Toward Its Star with Three Possible Fates
The gas giant TOI-2109b, over five times Jupiter’s mass, is spiraling closer to its star in a rare planetary death spiral. With a 16-hour orbit and blistering heat, the exoplanet could either plunge into its host star, be torn apart by tidal forces, or evolve into a rocky super-Earth through photoevaporation. NASA’s TESS and ESA’s Cheops data...
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NASA Study Confirms Solar Storms Prematurely Ended Starlink Satellite's Lifespan
A recent study, backed by NASA, reveals that solar storms are causing Starlink satellites to reenter Earth's atmosphere much faster than anticipated. Analysing data from hundreds of Starlink deorbit events between 2020 and 2024, researchers found that heightened geomagnetic activity drastically increases atmospheric drag, leading to quicker orbital...
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Solar Activity Increase Results in Shortens Lifespan of Binar CubeSats
Curtin University’s Binar CubeSats, launched with a six-month mission lifespan, re-entered Earth's atmosphere after only two months due to unexpectedly high solar activity. This surge in solar phenomena has increased atmospheric drag, impacting the stability of satellites in low Earth orbit. As solar forecasting remains limited, smaller satellite...
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ISRO Team Confirms Sun's Activity Is Forcing Old, Dead Satellites To Fall Back To Earth
Researchers have confirmed for the first time that peaks in solar activity accelerate the orbital decay of space debris, offering a valuable tool for safer space mission planning amid growing concerns over orbital clutter.
-
A Spacecraft Is Falling Towards Earth. Here's How NASA Trying To Save It
The rescue mission is a high-risk, high-reward endeavour, aimed at addressing the growing issue of space debris
-
Solar Orbiter Watches Sun's Most Hyperactive Region For Record 94 Days: "Milestone In Solar Physics"
The region was monitored from its birth on the far side of the Sun on April 16, 2024, until its decay after July 18, 2024.
-
NASA Launches Rescue Mission to Save the Swift Gamma-Ray Burst Observatory
NASA is preparing an unprecedented mission to save the Neil Gehrels Swift Observatory, a key gamma-ray burst monitor launched in 2004 but now rapidly losing altitude. Partnering with Katalyst Space Technologies, NASA will send a robotic servicer on a Pegasus XL rocket to rendezvous with Swift, inspect it, and raise it to a stable orbit. The effort ...
-
Doomed Exoplanet TOI-2109b Spirals Toward Its Star with Three Possible Fates
The gas giant TOI-2109b, over five times Jupiter’s mass, is spiraling closer to its star in a rare planetary death spiral. With a 16-hour orbit and blistering heat, the exoplanet could either plunge into its host star, be torn apart by tidal forces, or evolve into a rocky super-Earth through photoevaporation. NASA’s TESS and ESA’s Cheops data...
-
NASA Study Confirms Solar Storms Prematurely Ended Starlink Satellite's Lifespan
A recent study, backed by NASA, reveals that solar storms are causing Starlink satellites to reenter Earth's atmosphere much faster than anticipated. Analysing data from hundreds of Starlink deorbit events between 2020 and 2024, researchers found that heightened geomagnetic activity drastically increases atmospheric drag, leading to quicker orbital...
-
Solar Activity Increase Results in Shortens Lifespan of Binar CubeSats
Curtin University’s Binar CubeSats, launched with a six-month mission lifespan, re-entered Earth's atmosphere after only two months due to unexpectedly high solar activity. This surge in solar phenomena has increased atmospheric drag, impacting the stability of satellites in low Earth orbit. As solar forecasting remains limited, smaller satellite...
