Solar Activity Update - Search Videos

☀️ Solar Activity Update, 22-27 August 2025 August has been a wild ride for the Sun. As Jure Atanackov noted, the sunspot number surged early in the month, dipped mid-August, and is now climbing again, hitting 193 today. The monthly average is just under 135 but rising fast. This uptick signals renewed solar energy, which can trigger flares, auroras, and even radio blackouts. ☀️ Solar Flare Summary: August 22–27, 2025 C-Class Flares (Total): 19 🔥 M-Class Solar Flares (UTC) August 22 - M1.7 at 1

☀️ Solar Activity Update, 22-27 August 2025 August has been a wild ride for the Sun. As Jure Atanackov noted, the sunspot number surged early in the month, dipped mid-August, and is now climbing again, hitting 193 today. The monthly average is just under 135 but rising fast. This uptick signals renewed solar energy, which can trigger flares, auroras, and even radio blackouts. ☀️ Solar Flare Summary: August 22–27, 2025 C-Class Flares (Total): 19 🔥 M-Class Solar Flares (UTC) August 22 - M1.7 at 1

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Solar Activity Report: November 17-23, 2025 Solar activity remained at low levels throughout the reporting period, predominantly within the B-class flare range. Four high-intensity C-class flares and several weaker C-class events were observed, with the largest—a C9.9—occurring on November 19 from a region just beyond the northeast limb. No Earth-directed CMEs were detected during this interval. The latest helioseismic far-side map indicates the presence of two active regions, both with a high p

Solar Activity Report: November 17-23, 2025 Solar activity remained at low levels throughout the reporting period, predominantly within the B-class flare range. Four high-intensity C-class flares and several weaker C-class events were observed, with the largest—a C9.9—occurring on November 19 from a region just beyond the northeast limb. No Earth-directed CMEs were detected during this interval. The latest helioseismic far-side map indicates the presence of two active regions, both with a high p

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Solar Activity Report: January 26 - February 1, 2026 Solar activity over the past week ranged from low to very high levels. The week began with relatively low activity, highlighted by two strong C-class flares on January 26: a C8.8 flare from active region 14355 and a C5.0 flare from active region 14351. Activity then tapered off, with only a few minor C-class flares observed through January 30. On January 31, activity intensified again as active region 14366 produced multiple high-level C-class

Solar Activity Report: January 26 - February 1, 2026 Solar activity over the past week ranged from low to very high levels. The week began with relatively low activity, highlighted by two strong C-class flares on January 26: a C8.8 flare from active region 14355 and a C5.0 flare from active region 14351. Activity then tapered off, with only a few minor C-class flares observed through January 30. On January 31, activity intensified again as active region 14366 produced multiple high-level C-class

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Solar Activity Report: December 22-28, 2025 Solar activity was low at the start of the week, with X‑ray flux generally confined to the low C‑class range aside from a few higher C‑class events. Activity increased markedly on December 27, highlighted by an M5.1 flare from active region 14325 at the east limb and a C9.9 flare from active region 14318 near the disk center. M‑class activity continued into December 28, when active region 14325 produced an impulsive M1.3 flare and active region 14317 g

Solar Activity Report: December 22-28, 2025 Solar activity was low at the start of the week, with X‑ray flux generally confined to the low C‑class range aside from a few higher C‑class events. Activity increased markedly on December 27, highlighted by an M5.1 flare from active region 14325 at the east limb and a C9.9 flare from active region 14318 near the disk center. M‑class activity continued into December 28, when active region 14325 produced an impulsive M1.3 flare and active region 14317 g

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Solar Activity Report: September 22-28, 2025 Solar activity fluctuated between low and moderate levels throughout the week. The week began quietly, marked by low C-class flares. Activity then intensified, reaching moderate levels with several high C-class and M-class flares. By midweek, conditions briefly returned to low levels before rising again the following day and remaining moderate through the weekend. In total, 59 C-class and 8 M-class flares were recorded, with the most intense event—a p

Solar Activity Report: September 22-28, 2025 Solar activity fluctuated between low and moderate levels throughout the week. The week began quietly, marked by low C-class flares. Activity then intensified, reaching moderate levels with several high C-class and M-class flares. By midweek, conditions briefly returned to low levels before rising again the following day and remaining moderate through the weekend. In total, 59 C-class and 8 M-class flares were recorded, with the most intense event—a p

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Solar Activity Report: October 13-19, 2025 Solar activity persisted at moderate levels throughout the week, with M-class flares occurring daily. Active Region 14246 was the dominant source, contributing 25 of the 28 M-class flares recorded during the reporting period. The most intense event was an M4.8 flare on October 15. Notably, even after crossing the west limb on October 18, the region continued to produce M-class activity, including M1.0 and M1.8 flares on October 19. There were numerous C

Solar Activity Report: October 13-19, 2025 Solar activity persisted at moderate levels throughout the week, with M-class flares occurring daily. Active Region 14246 was the dominant source, contributing 25 of the 28 M-class flares recorded during the reporting period. The most intense event was an M4.8 flare on October 15. Notably, even after crossing the west limb on October 18, the region continued to produce M-class activity, including M1.0 and M1.8 flares on October 19. There were numerous C

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Solar Activity Report: October 20-26, 2025 ☀️ Solar activity declined from moderate to low levels over the past week. Only one M-class flare (M1.1) occurred early in the week. There were several C-class flares from multiple active regions throughout the week. Notably, Region 14262 produced two long-duration C-class flares (C4.7 and C2.7) on October 22. The most intense activity originated from the far hemisphere, where Region 14246 generated two coronal mass ejections (CMEs) on October 21. This

Solar Activity Report: October 20-26, 2025 ☀️ Solar activity declined from moderate to low levels over the past week. Only one M-class flare (M1.1) occurred early in the week. There were several C-class flares from multiple active regions throughout the week. Notably, Region 14262 produced two long-duration C-class flares (C4.7 and C2.7) on October 22. The most intense activity originated from the far hemisphere, where Region 14246 generated two coronal mass ejections (CMEs) on October 21. This

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Solar Activity Report: October 27 - November 2, 2025 ☀️ Solar activity began the week at a low level and gradually increased to moderate by week's end. X-ray flux levels remained within the B-class range through October 30, with only a few minor C-class flares observed. A couple of solar filaments appeared, primarily in the Northern Hemisphere. A significant uptick in activity occurred on October 31 following a C7.1 flare eruption, marking the start of an enhanced phase that persisted through th

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Solar Activity Update: Sunspot Region 4366 Remains Highly Active Over the past 24 to 36 hours, sunspot group 4366 has produced an intense burst of solar activity, including four X-class solar flares along with multiple M-class events. This makes AR4366 one of the most flare-productive regions currently on the Sun. SpaceWeatherLive reports that this region has evolved into a beta-gamma-delta magnetic configuration, a setup well known for its ability to generate major flares. The rapid succession

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Sun news: A pair of fiery simultaneous eruptions

Solar activity has risen from low to moderate, with 1 M flare and 22 C flares fired over the past day. This is not quite the heights of activity that we saw over the weekend, but it's a welcome change from the period of very low activity we saw last week! The M flare producer, AR3421, has emerged very quickly to become the largest Earth-viewed sunspot, and is sitting in the middle of the solar disk. Will this region fire some high intensity flares our way? Stay tuned! https://earthsky.org/sun/su

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🌞 👀 Sun activity for November 14, 2023 See a solar jet blasting sun-stuff into space 🤩 🌎 Over the past day, we saw beautiful active filaments all over the Earth-facing sun. 😱 And early this morning, we saw the solar jet extending from the sun’s outer atmosphere. This jet isn’t made of ordinary matter. It’s a collimated, beam-like ejection of what’s called plasma, a fourth state of matter consisting of elementary particles and magnetic fields from our blazingly hot star. 😎 🥳 It’s this sola

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Solar Storms and Flares - NASA Science

The Sun just unleashed a surge of solar activity as the massive AR 4294 sunspot rotates directly toward Earth, and the timing could not be more intense. This enormous active region is now one of the largest of Solar Cycle 25, with NOAA and NASA confirming rapid magnetic growth, flare potential, and increased CME activity. Space weather trackers around the world are watching closely as the region’s complex magnetic structure faces our planet, raising questions about what this means for aviation,

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The Sun’s only visible active region sputtered and spurted and eventually unleashed a small solar flare on Feb. 7, captured here by our Solar Dynamics Observatory satellite. The flare appears as a brief, bright flash about midway through the half-day-long clip. Normally, a flare this small might not catch much attention, but solar activity is increasingly rare as the Sun is slowly approaching solar minimum, a natural low point in its 11-year activity cycle. These images were taken in a wavelengt

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NASA released a remarkable video from its Solar Dynamics Observatory of a flare erupting from the sun

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Watch a 10-Year Time Lapse of Sun From NASA’s SDO - NASA

What is the Solar Cycle and How Long Does It Last?

The Sun emitted a strong solar flare on Nov. 30, 2025, peaking at 9:49 p.m. ET. NASA’s Solar Dynamics Observatory captured an image of the event, which was classified as X1.9 class: go.nasa.gov/4alXf6P Solar flares are powerful bursts of radiation. Harmful radiation from a flare cannot pass through Earth’s atmosphere to physically affect humans on the ground. However — when intense enough — they can disturb the atmosphere in the layer where GPS & communications signals travel. To see how such sp

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Happy #SunDay! This week’s space weather report includes 3 notable solar flares, 26 coronal mass ejections, and no geomagnetic storms. This video of the Sun from NASA’s Solar Dynamics Observatory includes several bright coronal loops and an exciting eruption around 90 seconds in. | NASA Space Alerts

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NASA, NOAA: Sun Reaches Maximum Phase in 11-Year Solar Cycle - NASA Science

🌞 Sun activity for November 15, 2023: Big Flare day 🤩 🥳 Whoa! A big increase in flaring! The sun produced 29 flares over the past 24 hours, in contrast to 19 the day before. It’s a sizable jump, especially considering that last week’s sun averaged just 5 flares a day. 😎 Elsewhere on the sun, one of the prominences (ropes of solar material and magnetic fields) that we saw yesterday on the sun’s southwest limb (edge) lifted off into space as a billion-ton blob of plasma. 🫣 This coronal mass e

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🌤 ☀️ The Sun Today: Daily Solar Rotation & Real CME Footage (36,000 images combined)

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YouTubeGlobal Weather

Solar Activity Last 48 Hours (Sept 7–9, 2025)

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Solar Activity Update & Potential Solar Storm Risk's

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Solar Activity Update Today ☀️

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USA's Most Dangerous Fault Awakens as Solar Activity Goes Nuts...

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What The Sun Just Launched At Earth Hasn't Been Seen In A Long Time

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A Decade of Sun

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NASA | Solar Cycle

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