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#solarmax — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #solarmax, aggregated by home.social.

  1. Today's #Sun. A few #Sunspots, but overall things took pretty quiet. Are we past #SolarMax ?

    Dwarf3, ND1e6, 10x1/1000@0. Light post in #googlephotos

    #Astronomy #Astrodon #astrophotography #SolarPhoto

  2. Today's #Sun. A few #Sunspots, but overall things took pretty quiet. Are we past #SolarMax ?

    Dwarf3, ND1e6, 10x1/1000@0. Light post in #googlephotos

    #Astronomy #Astrodon #astrophotography #SolarPhoto

  3. Today's #Sun. A few #Sunspots, but overall things took pretty quiet. Are we past #SolarMax ?

    Dwarf3, ND1e6, 10x1/1000@0. Light post in #googlephotos

    #Astronomy #Astrodon #astrophotography #SolarPhoto

  4. Today's #Sun. A few #Sunspots, but overall things took pretty quiet. Are we past #SolarMax ?

    Dwarf3, ND1e6, 10x1/1000@0. Light post in #googlephotos

    #Astronomy #Astrodon #astrophotography #SolarPhoto

  5. Space Weather

    Our sun is a just a little more active this weekend. There have been five flares larger than M-level in the past 48 hours or so, compared to only one between 15 and 20 Feb.

    Flares and peak times are below in UT.

    M3.3 12h10 UT 21 Feb
    M1.4 14h30 UT 21 Feb
    M4.9 02h12 UT 23 Feb
    M1.0 09h56 UT 23 Feb
    M1.6 11h56 UT 23 Feb

    There are suggestions that we may see a second peak for "Solar Max" thanks to the sun's northern hemisphere being slower than the south in flipping its magnetic field.

    Read more via the link below.

    swling.com/blog/2025/02/a-seco

    #spaceweather
    #cycle25
    #solarmax

  6. Space Weather

    Our sun is a just a little more active this weekend. There have been five flares larger than M-level in the past 48 hours or so, compared to only one between 15 and 20 Feb.

    Flares and peak times are below in UT.

    M3.3 12h10 UT 21 Feb
    M1.4 14h30 UT 21 Feb
    M4.9 02h12 UT 23 Feb
    M1.0 09h56 UT 23 Feb
    M1.6 11h56 UT 23 Feb

    There are suggestions that we may see a second peak for "Solar Max" thanks to the sun's northern hemisphere being slower than the south in flipping its magnetic field.

    Read more via the link below.

    swling.com/blog/2025/02/a-seco

    #spaceweather
    #cycle25
    #solarmax

  7. Space Weather

    Our sun is a just a little more active this weekend. There have been five flares larger than M-level in the past 48 hours or so, compared to only one between 15 and 20 Feb.

    Flares and peak times are below in UT.

    M3.3 12h10 UT 21 Feb
    M1.4 14h30 UT 21 Feb
    M4.9 02h12 UT 23 Feb
    M1.0 09h56 UT 23 Feb
    M1.6 11h56 UT 23 Feb

    There are suggestions that we may see a second peak for "Solar Max" thanks to the sun's northern hemisphere being slower than the south in flipping its magnetic field.

    Read more via the link below.

    swling.com/blog/2025/02/a-seco

    #spaceweather
    #cycle25
    #solarmax

  8. Space Weather

    Our sun is a just a little more active this weekend. There have been five flares larger than M-level in the past 48 hours or so, compared to only one between 15 and 20 Feb.

    Flares and peak times are below in UT.

    M3.3 12h10 UT 21 Feb
    M1.4 14h30 UT 21 Feb
    M4.9 02h12 UT 23 Feb
    M1.0 09h56 UT 23 Feb
    M1.6 11h56 UT 23 Feb

    There are suggestions that we may see a second peak for "Solar Max" thanks to the sun's northern hemisphere being slower than the south in flipping its magnetic field.

    Read more via the link below.

    swling.com/blog/2025/02/a-seco

    #spaceweather
    #cycle25
    #solarmax

  9. Space Weather

    Our sun is a just a little more active this weekend. There have been five flares larger than M-level in the past 48 hours or so, compared to only one between 15 and 20 Feb.

    Flares and peak times are below in UT.

    M3.3 12h10 UT 21 Feb
    M1.4 14h30 UT 21 Feb
    M4.9 02h12 UT 23 Feb
    M1.0 09h56 UT 23 Feb
    M1.6 11h56 UT 23 Feb

    There are suggestions that we may see a second peak for "Solar Max" thanks to the sun's northern hemisphere being slower than the south in flipping its magnetic field.

    Read more via the link below.

    swling.com/blog/2025/02/a-seco

    #spaceweather
    #cycle25
    #solarmax

  10. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  11. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  12. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  13. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  14. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  15. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  16. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  17. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  18. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  19. SOLAR MAX -- IS A SECOND PEAK COMING? Solar Max has arrived, but only half of the sun has been fully participating. Most of the action in the past year, including the geomagnetic superstorm of May 2024, resulted from activity in the sun's southern hemisphere. Now, a second peak might be coming as the sun's northern hemisphere catches up. spaceweather.com

    #Spaceweather #SolarMax

  20. The Sun is a busy place at the moment as we're approaching solar maximum, with plenty of sunspots around 🌞

    There was a lot of high thin cloud around this afternoon, but I still managed a peek at the current parade, projected through my binoculars onto a white screen & badly photographed with my phone 🤷‍♂️📱

    #SpaceScience #SpaceExploration #SolarMax #Photography

  21. The Sun is a busy place at the moment as we're approaching solar maximum, with plenty of sunspots around 🌞

    There was a lot of high thin cloud around this afternoon, but I still managed a peek at the current parade, projected through my binoculars onto a white screen & badly photographed with my phone 🤷‍♂️📱

    #SpaceScience #SpaceExploration #SolarMax #Photography

  22. The Sun is a busy place at the moment as we're approaching solar maximum, with plenty of sunspots around 🌞

    There was a lot of high thin cloud around this afternoon, but I still managed a peek at the current parade, projected through my binoculars onto a white screen & badly photographed with my phone 🤷‍♂️📱

    #SpaceScience #SpaceExploration #SolarMax #Photography

  23. The Sun is a busy place at the moment as we're approaching solar maximum, with plenty of sunspots around 🌞

    There was a lot of high thin cloud around this afternoon, but I still managed a peek at the current parade, projected through my binoculars onto a white screen & badly photographed with my phone 🤷‍♂️📱

    #SpaceScience #SpaceExploration #SolarMax #Photography

  24. The Sun is a busy place at the moment as we're approaching solar maximum, with plenty of sunspots around 🌞

    There was a lot of high thin cloud around this afternoon, but I still managed a peek at the current parade, projected through my binoculars onto a white screen & badly photographed with my phone 🤷‍♂️📱

    #SpaceScience #SpaceExploration #SolarMax #Photography

  25. Today's H-alpha #Sun in moderate seeing conditions at 17:10 UTC. There was a tremendous loop prominence on the Sun's southwest limb that persisted following a long-duration M5.5 and resulting CME about five hours earlier. Shows up beautifully in the SDO AIA 171Å image too.

    #SolarAstronomy #SolarMax #Cycle25

  26. Today's H-alpha #Sun in moderate seeing conditions at 17:10 UTC. There was a tremendous loop prominence on the Sun's southwest limb that persisted following a long-duration M5.5 and resulting CME about five hours earlier. Shows up beautifully in the SDO AIA 171Å image too.

    #SolarAstronomy #SolarMax #Cycle25

  27. Today's H-alpha #Sun in moderate seeing conditions at 17:10 UTC. There was a tremendous loop prominence on the Sun's southwest limb that persisted following a long-duration M5.5 and resulting CME about five hours earlier. Shows up beautifully in the SDO AIA 171Å image too.

    #SolarAstronomy #SolarMax #Cycle25

  28. Today's H-alpha #Sun in moderate seeing conditions at 17:10 UTC. There was a tremendous loop prominence on the Sun's southwest limb that persisted following a long-duration M5.5 and resulting CME about five hours earlier. Shows up beautifully in the SDO AIA 171Å image too.

    #SolarAstronomy #SolarMax #Cycle25

  29. Today's H-alpha #Sun in moderate seeing conditions at 17:10 UTC. There was a tremendous loop prominence on the Sun's southwest limb that persisted following a long-duration M5.5 and resulting CME about five hours earlier. Shows up beautifully in the SDO AIA 171Å image too.

    #SolarAstronomy #SolarMax #Cycle25

  30. The Bureau of Meteorology's Space Weather Service track solar storms, and this one has been a doozy!

    The top index is global, and the bottom index is Australian.

    Somebody has certainly pissed off the Sun God, Ra as he screams towards the Solar Maximum.

    #Aurora #SolarStorm #GeomagneticStorm #SolarMax #Astrodon

  31. The Bureau of Meteorology's Space Weather Service track solar storms, and this one has been a doozy!

    The top index is global, and the bottom index is Australian.

    Somebody has certainly pissed off the Sun God, Ra as he screams towards the Solar Maximum.

    #Aurora #SolarStorm #GeomagneticStorm #SolarMax #Astrodon