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Study Reveals March Equinox "Effect" And Solar Activity Boost Chances Of Seeing Northern Lights
According to NASA, the solar cycle is a natural process of the Sun, in which the Sun goes through periods of increased and decreased activity approximately every 11 years.
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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 Shares Photo Of Dazzling Green Auroras Captured From Space Station
According to NASA, auroras are produced when charged particles from the Sun collide with Earth's magnetic field and atmosphere.
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Study Reveals Why Some Auroras Have Breathtaking Wave Patterns
Increased solar wind and coronal mass ejections can lead to more intense and dynamic auroras.
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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...
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Rare Blood-Red Aurora Lights Up Ladakh Sky After Powerful Solar Storm Strikes Earth
A powerful geomagnetic storm triggered by a fast coronal mass ejection from the Sun produced rare red aurora over Hanle, Ladakh, on January 1920, captured by the Indian Astronomical Observatory.
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2026 Could Be the Best Year for Northern Lights; Why Post-Solar Maximum Storms Are Set to Surge
The end of 2025 saw bright auroras over northern skies following a strong solar flare. In October 2024, NASA noted that the Sun had entered its solar maximum phase. Experts predicted that the most frequent and intense Northern Lights would likely occur throughout 2026. Even though solar activity has technically begun its gradual decline since the 2...
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2026 Will See Brighter And More Frequent Northern Lights Displays, Here's Why
The alignment of the Sun and Earth during the spring and autumn equinoxes can slightly increase activity, known as the Russell-McPherron effect.
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Green And Purple Auroras Are Lighting Up Skies Far Beyond The Poles, Here's Why
As enthusiasm for viewing the aurora grows, scientists are also working to understand their beauty as well as their environmental impacts.
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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.
-
Study Reveals March Equinox "Effect" And Solar Activity Boost Chances Of Seeing Northern Lights
According to NASA, the solar cycle is a natural process of the Sun, in which the Sun goes through periods of increased and decreased activity approximately every 11 years.
-
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 Shares Photo Of Dazzling Green Auroras Captured From Space Station
According to NASA, auroras are produced when charged particles from the Sun collide with Earth's magnetic field and atmosphere.
-
Study Reveals Why Some Auroras Have Breathtaking Wave Patterns
Increased solar wind and coronal mass ejections can lead to more intense and dynamic auroras.
-
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...
-
Rare Blood-Red Aurora Lights Up Ladakh Sky After Powerful Solar Storm Strikes Earth
A powerful geomagnetic storm triggered by a fast coronal mass ejection from the Sun produced rare red aurora over Hanle, Ladakh, on January 1920, captured by the Indian Astronomical Observatory.
-
2026 Could Be the Best Year for Northern Lights; Why Post-Solar Maximum Storms Are Set to Surge
The end of 2025 saw bright auroras over northern skies following a strong solar flare. In October 2024, NASA noted that the Sun had entered its solar maximum phase. Experts predicted that the most frequent and intense Northern Lights would likely occur throughout 2026. Even though solar activity has technically begun its gradual decline since the 2...
-
2026 Will See Brighter And More Frequent Northern Lights Displays, Here's Why
The alignment of the Sun and Earth during the spring and autumn equinoxes can slightly increase activity, known as the Russell-McPherron effect.
-
Green And Purple Auroras Are Lighting Up Skies Far Beyond The Poles, Here's Why
As enthusiasm for viewing the aurora grows, scientists are also working to understand their beauty as well as their environmental impacts.
-
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.
