Two filament eruptions. The first produced a CME that could graze earth. The second one near the east limb shows gorgeous 'supra arcade downflows' a.k.a. SADpoles (image credits SDO AIA)
The CME is still 0.2-0.3 AU away – it will likely be a glancing blow rather than a flank hit (the later the arrival the weaker the impact)
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The sun has calmed down with low sunspot number and low probability of stronger flares. Eruptive events are mainly filament lift-offs at the moment. The regions that are approaching the east limb appear to be in decay as well.
Images from the sun's far side: A large cluster of sunspot groups is approaching the eastern limb. It will be visible soon. We'll see how much potential for significant events it has.
Image credits: Solar Orbiter EUI FSI 304, 174; PHI FDT Continuum, Magnetogram
Strong M7.6 solar flare erupted with a massive amount of plasma. The associated coronal mass ejection is deflected away from earth but very likely has earth-directed components.
CME after long duration C-Class solar flare from region 4465 towards NE with classic 3-part structure, halo, ≈800 km/s, Type II and IV radio bursts, no energetic particles, could graze earth on Saturday, 2026-06-13. The core will probably miss us.
Long duration M1.86 solar flare with large filament eruption heading southeast↙︎. The solar storm (CME) could graze earth in 2-3 days. A microwave radio burst and a type II radio sweep were detected, estimated velocity 838 km/s. Possible release of energetic particles.
☀️ 24 hours of magnetic flux emergence around active region 4455. Spots of opposite polarity are developing west⇢ of the main spot right into the adjacent coronal hole. As we would expect negative spots east⇠ of the large positive spot this region is called 'Anti-Hale'.
Filament eruption and M1.8 solar flare: CME with earth–directed components - mid-latitude aurora not ruled out – analysis, images, videos, model runs
spacewx.org/cme-after-m1...
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Some words, images and videos on the current events (earth-directed CMEs) spacewx.org/strong-flare...
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Filament eruption towards the south-east, solar storm (CME) heading towards Earth, possible flank hit on 8 June 2026; G2–G3 geomagnetic storm possible
Long duration M1.86 solar flare with large filament eruption heading southeast↙︎. The solar storm (CME) could graze earth in 2-3 days. A microwave radio burst and a type II radio sweep were detected, estimated velocity 838 km/s. Possible release of energetic particles.
Earth-directed CMEs (solar storms), impact possible from 4 June, mid-latitude aurora possible; G1 to G3 STRONG STORM
spacewx.org
Marko Rummelsburg
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Marko Rummelsburg
Strong M9.3 solar flare (R2 radio blackout) with strong microwave radio burst + type IV radio emission indicative of a decent CME (solar storm). A halo to the north is visible in coronagraphs, a front to southwest as well. We likely have a narrow but fast (≈ 1000 km/s) earth-directed CME here.
