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🌈 In the Northern Hemisphere, the aurora borealis has once again extended beyond the Arctic Circle towards the equator.

🌈Tonight, on April 20, 2024, the aurora borealis was unusually red, caused by a magnetic storm, reaching 55 degrees north latitude. This anomalous natural phenomenon should concern scientists as it indicates a sudden change in the atmosphere.

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☀️On September 10, 2024, two M1.2-class solar flares occurred, caused by active region AR13814.

🟡 The first flare took place at 09:10 UTC, followed by a second one at 23:50 UTC. Both flares were accompanied by coronal mass ejections (CME). The first flare was a long-duration event, with the CME directed to the northeast. However, since it was a partial halo event and occurred near the center of the solar disk, its impact is expected to affect Earth. It is anticipated that around 23:00 UTC on September 12, an aurora may be visible at mid-latitudes.

😉 The second flare, though it also produced a CME, is considered less significant. There is a possibility of a G2-class geomagnetic storm.

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☀️ Powerful Solar Flare: What Happened and Is There a Threat to Earth⁉️

😉 On September 12, 2024, a powerful X-class solar flare was detected on the Sun. The event was captured by the SDO spacecraft, which showed a small flare initially occurring, followed by a much larger one. It is believed that during this flare, a coronal mass ejection (CME) – a huge stream of charged particles – was also released.

🟡 The good news is that this event happened too far east on the Sun to have any impact on Earth.

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☀️ Solar Weather: Flares and Coronal Mass Ejections on September 13, 2024.

😉 September 13 was an extremely active day on the Sun, with 20 coronal mass ejections (CMEs) recorded, three of which appear to be particularly powerful. The first ejection occurred on the Sun's eastern side, followed shortly by an even larger and faster one on the western side. A little later, another ejection was observed on the northwest limb.

🟡 In addition to these, there were 4 C-class flares and as many as 11 M-class flares recorded throughout the day. These flares are of medium intensity but can have various effects on our planet, such as intensified auroras or minor disruptions in radio communications.

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‼️ Powerful Solar Flare and Coronal Mass Ejection: Expected Impact on Earth

☀️ On September 14, 2024, a powerful X4.5 solar flare was recorded, generating a fast, asymmetric full halo coronal mass ejection (CME). The bulk of the CME is directed eastward, with an Earth-directed component. CACTus estimates the CME speed at approximately 1135 km/s. The CME is expected to impact Earth on September 16, 2024. This impact may result in enhanced auroras and minor disruptions to radio communications.

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😉 Solar Activity on September 26, 2024

☀️ On September 26, the Sun experienced several notable events. Scientists detected 9 coronal mass ejections (CMEs), most of which were relatively minor, except for one powerful eruption that occurred on the Sun's southwest limb. Additionally, 4 moderate solar flares were recorded, along with a stronger M1.4-class flare.

🟡 In a related event, a long structure of solar plasma was released from the southeast part of the Sun. This release may send particles towards Earth, potentially affecting the planet's magnetic field and causing geomagnetic storms and auroras.

😊 Such solar events can sometimes lead to temporary disruptions in satellite operations and communication systems on Earth.

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☀️ M7.6 Flare Occurred in Active Region AR3842

☀️ On the night of September 30 to October 1, an M7.6 solar flare occurred in active region AR3842. The associated coronal mass ejection (CME) was faint and appears to be mainly directed towards the southeast. However, there is a possibility of a glancing impact on Earth, which could result in a minor geomagnetic storm that may begin within the next two to three days.

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🌞 Powerful X7.1 Solar Flare: The Sun Continues Its Activity

☀️ On October 1, 2024, one of the most powerful solar flares of the current 25th solar cycle — an X7.1 flare — occurred. The flare was recorded at 22:20 UT in active region AR3843, located in the southeast part of the solar disk. This region had drawn attention due to its complex magnetic configuration, and it did not disappoint: after several M-class flares, a powerful X-class flare followed.

🟡 The X7.1 flare is the second most powerful flare in the 25th solar cycle, which has already shown significantly more activity compared to the previous one. For comparison, the 24th cycle recorded 23 X-class flares, whereas the current cycle has already registered 63.

🔄 Experts warn that the Sun's activity may continue in the coming days, with the potential for more powerful flares. Active region AR3843 remains on the solar disk, increasing the likelihood of further solar events.

‼️ You can find simple recommendations for those sensitive to geomagnetic storms in the comments

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☀️ Powerful Solar Flare X9.05: Potential Consequences on Earth

😉 Today, October 3, a very strong solar flare of class X9.05 has been recorded, originating from the active solar region AR3842. The peak time of the flare was at 12:18 UTC. This is the largest flare in solar cycle 25 so far.

⚠️ Experts are warning about potential consequences for Earth, including disruptions to radio communications and navigation issues. The flare is already causing strong R3-level radio blackouts, which could lead to temporary interruptions in radio signals at high latitudes. Satellite systems and GPS navigation may also experience problems. The impact on communication and electronic infrastructure could be felt over the coming hours.

🟡 Residents of high-latitude regions should be prepared for brief communication outages, particularly for aviation and maritime services reliant on radio navigation.

‼️ Stay tuned for updates on possible further effects and additional information regarding this flare.

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😊 Four M-class flares from the same region in one day — each one stronger than the last. Is something happening⁉️

😉 In a day or two, we will lose this region over the western limb, so if it’s going to produce an X-flare, we’d better hope we don’t see it! The flares were M1, M5, M5, and M7.

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☀️Solar Weather Update. X3.3-class flare

😉 Solar activity has significantly increased in recent days, attracting close attention from space weather experts. From October 21 to 22, prolonged solar flares were recorded on the Sun's eastern limb in active region AR 13869. These flares were accompanied by flare loop growth and sustained high-altitude plasma downflows observed over 36 hours.

😊 Today, on October 24, the same active region, rotating toward Earth, produced an X3.3-class flare, accompanied by a coronal mass ejection (CME). Although this flare was quite powerful, its impact on Earth is expected to be limited due to the region’s current position on the Sun. However, in the coming days, this region will continue to rotate toward Earth, and it may pose a potential threat if more flares occur when the region is directly facing our planet.

👀 Experts are closely monitoring the situation to assess any potential impacts on space weather and satellite communication systems on Earth.
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☀️ Powerful Solar Flare and Coronal Mass Ejection: Possible Impact on Earth

😉 On October 26, a stunning X1.86-class solar flare erupted on the Sun, accompanied by a large coronal mass ejection (CME) from active regions 3872 and 3873 near the eastern edge. This solar storm is likely partially directed toward Earth, as the ejected solar material is close to the zone where it could potentially reach our planet.

😊 The video of the flare shows a massive eruption moving southeast, with a comparison to Earth’s scale emphasizing its impressive size.

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☀️ New Solar Flare: X2.0 in the Northeastern Region

😉 Yesterday, October 31, 2024, a powerful X2.0 solar flare erupted in active region AR3878, located in the northeastern part of the Sun. The flare peaked at 21:20 UTC and was accompanied by a faint coronal mass ejection (CME) directed primarily to the northeast, resulting in a glancing impact on Earth with minimal effects.

🌈 Nevertheless, the flare caused radio disruptions across large areas over the Pacific Ocean and in polar regions, affecting radio communications and related systems. An additional M9.5 flare followed immediately after the X-flare, but its position on the Sun minimized its impact on Earth, reducing the risk of severe space weather effects.

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☀️ Solar Activity — 07.11.2024

😊 On Thursday, a large filament eruption was observed on the southwestern limb of the Sun, resulting in a beautiful partial halo CME (coronal mass ejection). This phenomenon involves the ejection of solar material beyond the Sun's atmosphere, which can potentially affect Earth's magnetic field.

😊 Astronomers and scientists continue to monitor the activity, anticipating possible geophysical impacts, such as geomagnetic storms, which may affect satellites and communication systems.
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😉 Solar Flares on January 9, 2025: Activity in AR3947

😊 On January 9, 2025, the Sun exhibited increased activity associated with active region AR3947.

☀️ Early in the morning, at 01:09 UTC, a minor solar flare of class M1.1 was recorded. Later, at 10:58 UTC, a long-duration C3.9-class flare occurred near the Sun’s central disk. This event was accompanied by dimming and the formation of bright loops in the Sun's corona, indicating significant energy releases into space.

🌈 Experts anticipate possible auroras at mid-latitudes. However, data from the GOES-West satellite magnetometer has not yet confirmed significant changes in geomagnetic conditions. The effects of the solar eruption may become noticeable in the coming hours.

‼️ Such solar activity highlights the importance of monitoring space weather to predict its impact on Earth, including satellite communications and atmospheric phenomena.

🔗 Source: spaceweatherlive.com

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