Powerful Solar Storms
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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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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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Strongest Solar Flare of 2025 Sends High-Energy Radiation Rushing Toward Earth
A powerful X5.1 solar flare on November 11, 2025, sent high-speed protons toward Earth, producing the strongest radiation spike detected in nearly two decades. The event caused a rare ground-level enhancement, briefly raising radiation at flight altitude to ten times normal. While not dangerous this time, scientists warn larger flares could threate...
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With The Sun Nearing Its Peak, Aditya-L1 Prepares For Fierce Coronal Mass Ejections
Although CMEs do not directly harm humans, their impact on technological infrastructure can be severe.
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Skies Illuminate In Colours As Intense Solar Storm Brings Beautiful Auroras Worldwide: See Pics
The recent solar storms are classified as G4 (severe) and G5 (extreme), causing widespread disruptions to satellite communications, GPS, and power grids.
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Solar Flare, Strongest Of 2025, Causes Widespread Radio Blackouts In Europe And Africa
The X5.1-class flare has the potential to disrupt satellite communications, GPS and power grids.
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Solar Storm From Hidden Magnetic Island on the Sun Surprises Scientists
In mid-September 2025, a “secret” magnetic island inside a solar coronal hole triggered a powerful G3 storm. The surprise event sent dazzling auroras across North America, seen as far south as Illinois. Researchers say the rare polarity patch intensified solar winds, making aurora season’s start spectacular.
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IMAP Space Weather Mission to Lift Off Soon, NASA Confirms Broadcast Plans
NASA will stream the Sept. 23 launch of IMAP with two rideshare satellites from Kennedy Space Centre. IMAP will study the heliosphere, Carruthers will image Earth’s exosphere, and NOAA’s SWFO-L1 will provide early solar storm warnings. Together, the missions advance space weather science while protecting satellites, communications, and power sy...
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Cannibal Solar Storm May Trigger Auroras as Powerful Geomagnetic Storm to Hit Earth Soon
Between Sept. 1–2, Earth will be struck by a powerful geomagnetic storm caused by a rare “cannibal” solar eruption. The event formed when a fast coronal mass ejection (CME) overtook and consumed an earlier one, creating a stronger, chaotic cloud. As this storm interacts with Earth’s magnetic field, it may produce vivid auroras visible far b...
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Solar Sail Spacecraft Could Boost Space Weather Warnings by Nearly 60 Minutes
A solar sail spacecraft could extend space weather warnings from 40 to 60 minutes, offering vital lead time before solar storms strike. Part of the SWIFT mission, this satellite will orbit farther than any current monitor, using sunlight for propulsion. The system aims to better protect satellites, astronauts, and power grids from geomagnetic disru...
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NASA’s Twin TRACERS Satellites Will Monitor Space Weather to Shield Earth from Solar Storms
NASA’s TRACERS satellites will fly in tandem through Earth’s polar cusps to study magnetic storms and solar wind effects. The mission aims to improve predictions of space weather events that threaten satellites, power grids, and astronauts, offering new insight into magnetic reconnection and helping protect vital systems from the hazards of int...
-
Indian Scientists Unravel the Mystery Behind Rare Aurora Over Ladakh
A team of Indian astronomers has successfully explained the rare aurora seen over Ladakh, caused by intense solar activity and CME collisions. The event, captured in May 2024, was traced using global data and advanced solar models, offering new insights into space weather forecasting and solar storm impacts on Earth.
-
NSF’s DKIST Captures Sharpest-Ever Images of Fine Solar Magnetic Striations
Using the NSF’s Daniel K. Inouye Solar Telescope, scientists have captured the most detailed views of the Sun’s surface ever recorded. The new observations reveal ultra-narrow magnetic striations only 20 kilometers wide, etched into solar granules. These light and dark bands reflect subtle variations in magnetic field strength. Researchers say ...
-
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.
-
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...
-
Strongest Solar Flare of 2025 Sends High-Energy Radiation Rushing Toward Earth
A powerful X5.1 solar flare on November 11, 2025, sent high-speed protons toward Earth, producing the strongest radiation spike detected in nearly two decades. The event caused a rare ground-level enhancement, briefly raising radiation at flight altitude to ten times normal. While not dangerous this time, scientists warn larger flares could threate...
-
With The Sun Nearing Its Peak, Aditya-L1 Prepares For Fierce Coronal Mass Ejections
Although CMEs do not directly harm humans, their impact on technological infrastructure can be severe.
-
Skies Illuminate In Colours As Intense Solar Storm Brings Beautiful Auroras Worldwide: See Pics
The recent solar storms are classified as G4 (severe) and G5 (extreme), causing widespread disruptions to satellite communications, GPS, and power grids.
-
Solar Flare, Strongest Of 2025, Causes Widespread Radio Blackouts In Europe And Africa
The X5.1-class flare has the potential to disrupt satellite communications, GPS and power grids.
-
Solar Storm From Hidden Magnetic Island on the Sun Surprises Scientists
In mid-September 2025, a “secret” magnetic island inside a solar coronal hole triggered a powerful G3 storm. The surprise event sent dazzling auroras across North America, seen as far south as Illinois. Researchers say the rare polarity patch intensified solar winds, making aurora season’s start spectacular.
-
IMAP Space Weather Mission to Lift Off Soon, NASA Confirms Broadcast Plans
NASA will stream the Sept. 23 launch of IMAP with two rideshare satellites from Kennedy Space Centre. IMAP will study the heliosphere, Carruthers will image Earth’s exosphere, and NOAA’s SWFO-L1 will provide early solar storm warnings. Together, the missions advance space weather science while protecting satellites, communications, and power sy...
-
Cannibal Solar Storm May Trigger Auroras as Powerful Geomagnetic Storm to Hit Earth Soon
Between Sept. 1–2, Earth will be struck by a powerful geomagnetic storm caused by a rare “cannibal” solar eruption. The event formed when a fast coronal mass ejection (CME) overtook and consumed an earlier one, creating a stronger, chaotic cloud. As this storm interacts with Earth’s magnetic field, it may produce vivid auroras visible far b...
-
Solar Sail Spacecraft Could Boost Space Weather Warnings by Nearly 60 Minutes
A solar sail spacecraft could extend space weather warnings from 40 to 60 minutes, offering vital lead time before solar storms strike. Part of the SWIFT mission, this satellite will orbit farther than any current monitor, using sunlight for propulsion. The system aims to better protect satellites, astronauts, and power grids from geomagnetic disru...
-
NASA’s Twin TRACERS Satellites Will Monitor Space Weather to Shield Earth from Solar Storms
NASA’s TRACERS satellites will fly in tandem through Earth’s polar cusps to study magnetic storms and solar wind effects. The mission aims to improve predictions of space weather events that threaten satellites, power grids, and astronauts, offering new insight into magnetic reconnection and helping protect vital systems from the hazards of int...
-
Indian Scientists Unravel the Mystery Behind Rare Aurora Over Ladakh
A team of Indian astronomers has successfully explained the rare aurora seen over Ladakh, caused by intense solar activity and CME collisions. The event, captured in May 2024, was traced using global data and advanced solar models, offering new insights into space weather forecasting and solar storm impacts on Earth.
-
NSF’s DKIST Captures Sharpest-Ever Images of Fine Solar Magnetic Striations
Using the NSF’s Daniel K. Inouye Solar Telescope, scientists have captured the most detailed views of the Sun’s surface ever recorded. The new observations reveal ultra-narrow magnetic striations only 20 kilometers wide, etched into solar granules. These light and dark bands reflect subtle variations in magnetic field strength. Researchers say ...
