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Small NASA Satellite Could Reveal How Lightning Impacts Space Weather
NASA’s CANVAS CubeSat will study very-low-frequency radio waves from lightning and human transmitters, tracking how energy moves through the ionosphere into the magnetosphere to improve space weather models and protect satellites.
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Carrington-Level Solar Storm Could Disrupt Satellites, GPS, and Power Grids, Scientists Warn
A solar superstorm like the Carrington Event could disrupt satellites, GPS, and power grids worldwide. Scientists warn that while rare, such events pose a serious threat to modern infrastructure, though improved monitoring and safeguards may reduce the risks.
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Scientists Trace Solar Storm Origins to Hidden Layer Deep Inside the Sun
Scientists have identified the Sun’s tachocline—a thin layer deep below the surface—as the source of powerful magnetic forces driving solar storms. The discovery could improve space weather forecasts and provide earlier warnings for disruptions to satellites and power systems.
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NASA’s Carruthers Observatory Begins Mission to Study Earth’s Hydrogen Halo
NASA’s Carruthers Observatory has begun its two-year science mission to study Earth’s hydrogen-rich exosphere from a halo orbit at Sun–Earth L1. Equipped with ultraviolet cameras, the small satellite will continuously image the faint geocorona, tracking how solar storms and fast solar wind streams cause the upper atmosphere to expand, contrac...
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NASA’s GNEISS Mission Will Map Electric Currents Behind the Aurora
NASA’s GNEISS mission will launch from Alaska in early 2026 to probe the electric currents that drive auroras. Two rockets will fly through glowing auroral arcs, releasing sub-payloads whose radio signals act like a CT scan. By mapping electron density and direction, scientists aim to improve space weather forecasting and better protect satellite...
-
NASA’s GNEISS Mission Will Map Electric Currents Behind the Aurora
NASA’s GNEISS mission will launch from Alaska in early 2026 to probe the electric currents that drive auroras. Two rockets will fly through glowing auroral arcs, releasing sub-payloads whose radio signals act like a CT scan. By mapping electron density and direction, scientists aim to improve space weather forecasting and better protect satellite...
-
Ajit Pawar's Plane May Have Missed Satellite Safety Gear By Just 28 Days
The crash of the chartered aircraft carrying Maharashtra Deputy Chief Minister Ajit Pawar has raised concerns about whether the plane narrowly missed being fitted with a satellite-based safety system that could have significantly aided its approach.
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Powerful X-Class Solar Flare Sends CME Toward Earth, Storms Possible
A powerful X1.9 solar flare erupted on January 18, launching a fast coronal mass ejection toward Earth. Space weather agencies warn of strong geomagnetic storms that could disrupt satellites, GPS and radio communications, while also producing vivid auroras visible well beyond the polar regions.
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ISRO's Aditya-L1 Study Reveals How October 2024 Solar Storm Affected Earth's Magnetic Field
ISRO scientists and research students studied the solar storm using observations from India's Aditya-L1 mission.
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The Next Space Frontier May Be Just 100 km Above Earth, Not the Moon or Mars
As low Earth orbit becomes crowded, very low Earth orbit satellites are emerging as a promising alternative. Operating closer to Earth, they offer faster communication, sharper imaging, and better weather data. Advances in propulsion are helping overcome atmospheric drag, opening the door to wider use of this challenging but valuable orbital region...
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NOAA Issues G2 Solar Storm Watch; May Spark Auroras but Threaten Satellite Signals
Space weather scientists are monitoring a coronal mass ejection expected to reach Earth around January 2–3, 2026. NOAA forecasts a G2-level geomagnetic storm, which is considered moderate but can still affect satellites, power grids and radio communications. While the event may bring vivid auroras to high latitudes, it also highlights the Sun’s...
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NASA’s Parker Solar Probe Observes Solar Wind Making ‘U-Turn’, Shedding Light on Space Weather
NASA’s Parker Solar Probe captured solar wind reversing toward the sun, revealing how magnetic fields recycle coronal material. This process, seen during a close flyby, helps refine models of space weather and may allow scientists to better predict solar storms that can impact satellites, communications, and power systems across the solar system.
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Massive Sunspot Complex on the Sun Raises Risk of Strong Solar Storms
A massive sunspot complex has appeared on the Sun, covering an area comparable to the legendary Carrington Event region. Known as AR 4294-96, the active cluster features highly tangled magnetic fields that could unleash powerful solar flares and geomagnetic storms, potentially disrupting satellites, power grids, and global communications if Earth-d...
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Scientists Stunned as Earth’s Magnetosphere Shows Reversed Electric Charge Patterns
Scientists have discovered that Earth’s morning-side magnetosphere is negatively charged, overturning decades of assumptions about space electricity. Satellite data and simulations show the charge pattern flips near the equator but remains traditional at the poles. The breakthrough reshapes understanding of space weather and may also clarify elec...
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SpaceX Launches IMAP, CGO, SWFO-L1 to Probe Solar Frontier and Space Weather
A Falcon 9 lifted off from Kennedy Space Center on Sept. 24, 2025, carrying NASA’s IMAP, CGO, and SWFO-L1 spacecraft. The mission aims to chart the heliosphere’s boundary, monitor Earth’s geocorona, and deliver constant space-weather alerts, protecting satellites and astronauts while expanding knowledge of the solar system’s outer edge.
-
Small NASA Satellite Could Reveal How Lightning Impacts Space Weather
NASA’s CANVAS CubeSat will study very-low-frequency radio waves from lightning and human transmitters, tracking how energy moves through the ionosphere into the magnetosphere to improve space weather models and protect satellites.
-
Carrington-Level Solar Storm Could Disrupt Satellites, GPS, and Power Grids, Scientists Warn
A solar superstorm like the Carrington Event could disrupt satellites, GPS, and power grids worldwide. Scientists warn that while rare, such events pose a serious threat to modern infrastructure, though improved monitoring and safeguards may reduce the risks.
-
Scientists Trace Solar Storm Origins to Hidden Layer Deep Inside the Sun
Scientists have identified the Sun’s tachocline—a thin layer deep below the surface—as the source of powerful magnetic forces driving solar storms. The discovery could improve space weather forecasts and provide earlier warnings for disruptions to satellites and power systems.
-
NASA’s Carruthers Observatory Begins Mission to Study Earth’s Hydrogen Halo
NASA’s Carruthers Observatory has begun its two-year science mission to study Earth’s hydrogen-rich exosphere from a halo orbit at Sun–Earth L1. Equipped with ultraviolet cameras, the small satellite will continuously image the faint geocorona, tracking how solar storms and fast solar wind streams cause the upper atmosphere to expand, contrac...
-
NASA’s GNEISS Mission Will Map Electric Currents Behind the Aurora
NASA’s GNEISS mission will launch from Alaska in early 2026 to probe the electric currents that drive auroras. Two rockets will fly through glowing auroral arcs, releasing sub-payloads whose radio signals act like a CT scan. By mapping electron density and direction, scientists aim to improve space weather forecasting and better protect satellite...
-
NASA’s GNEISS Mission Will Map Electric Currents Behind the Aurora
NASA’s GNEISS mission will launch from Alaska in early 2026 to probe the electric currents that drive auroras. Two rockets will fly through glowing auroral arcs, releasing sub-payloads whose radio signals act like a CT scan. By mapping electron density and direction, scientists aim to improve space weather forecasting and better protect satellite...
-
Ajit Pawar's Plane May Have Missed Satellite Safety Gear By Just 28 Days
The crash of the chartered aircraft carrying Maharashtra Deputy Chief Minister Ajit Pawar has raised concerns about whether the plane narrowly missed being fitted with a satellite-based safety system that could have significantly aided its approach.
-
Powerful X-Class Solar Flare Sends CME Toward Earth, Storms Possible
A powerful X1.9 solar flare erupted on January 18, launching a fast coronal mass ejection toward Earth. Space weather agencies warn of strong geomagnetic storms that could disrupt satellites, GPS and radio communications, while also producing vivid auroras visible well beyond the polar regions.
-
ISRO's Aditya-L1 Study Reveals How October 2024 Solar Storm Affected Earth's Magnetic Field
ISRO scientists and research students studied the solar storm using observations from India's Aditya-L1 mission.
-
The Next Space Frontier May Be Just 100 km Above Earth, Not the Moon or Mars
As low Earth orbit becomes crowded, very low Earth orbit satellites are emerging as a promising alternative. Operating closer to Earth, they offer faster communication, sharper imaging, and better weather data. Advances in propulsion are helping overcome atmospheric drag, opening the door to wider use of this challenging but valuable orbital region...
-
NOAA Issues G2 Solar Storm Watch; May Spark Auroras but Threaten Satellite Signals
Space weather scientists are monitoring a coronal mass ejection expected to reach Earth around January 2–3, 2026. NOAA forecasts a G2-level geomagnetic storm, which is considered moderate but can still affect satellites, power grids and radio communications. While the event may bring vivid auroras to high latitudes, it also highlights the Sun’s...
-
NASA’s Parker Solar Probe Observes Solar Wind Making ‘U-Turn’, Shedding Light on Space Weather
NASA’s Parker Solar Probe captured solar wind reversing toward the sun, revealing how magnetic fields recycle coronal material. This process, seen during a close flyby, helps refine models of space weather and may allow scientists to better predict solar storms that can impact satellites, communications, and power systems across the solar system.
-
Massive Sunspot Complex on the Sun Raises Risk of Strong Solar Storms
A massive sunspot complex has appeared on the Sun, covering an area comparable to the legendary Carrington Event region. Known as AR 4294-96, the active cluster features highly tangled magnetic fields that could unleash powerful solar flares and geomagnetic storms, potentially disrupting satellites, power grids, and global communications if Earth-d...
-
Scientists Stunned as Earth’s Magnetosphere Shows Reversed Electric Charge Patterns
Scientists have discovered that Earth’s morning-side magnetosphere is negatively charged, overturning decades of assumptions about space electricity. Satellite data and simulations show the charge pattern flips near the equator but remains traditional at the poles. The breakthrough reshapes understanding of space weather and may also clarify elec...
-
SpaceX Launches IMAP, CGO, SWFO-L1 to Probe Solar Frontier and Space Weather
A Falcon 9 lifted off from Kennedy Space Center on Sept. 24, 2025, carrying NASA’s IMAP, CGO, and SWFO-L1 spacecraft. The mission aims to chart the heliosphere’s boundary, monitor Earth’s geocorona, and deliver constant space-weather alerts, protecting satellites and astronauts while expanding knowledge of the solar system’s outer edge.
