M+ Flare As GOES Xray Data Stops Updating

Updated @ 04:13 UTC Thursday May 17:

   At 01:25 UTC Thursday, May 17 there was a significant rise in the GOES Xray flux. The rise quickly reached the M4.6 range @ 01:42 UTC coming from around sunspot region 1476. That is where the data stuck at and stopped updating. At this time, 02:17 UTC, the Xray fluc appears to still be stuck at the M4.6 range and data is still not updating. Looking at solar images for the time of the M4.6 occurred @ 01:42, and comparing the images to after the moment the Xray flux froze, it would appear that there may have been a X flare. We are still going over image data and searching for any info on why GOES stuck and stopped updating. we will post any and all info we find. Stay tuned for updates to follow.

   Here we can see where the GOES Xray flux stuck and stopped updating.

   GOES came back online showing data that would show we had a M5.1 solar flare peaking @ 01:47 UTC. According to the GOES data, the flare peaked 1 min after the GOES Xray flux went offline. Though we can clearly see the flare become much brighter for up to a half hour after the flare began, and even after the GOES data stopped updating. More images to come. hold tight

M5.7 Flare + CME From Sunspot 1476 & A String Of Big C Flares

Updated @ 20:48 UTC May 10, 2012

   Sunspot 1476 has not lost any steam as it turns into a direct Earth facing position. On May 11th at 04:18 UTC 1476 produced a M5.7 flare, that was closely followed by a C7.9 flare @ 05:10 and a C8.3 flare @ 05:22 UTC. It would appear that there was a CME produced in association with this M5.7 flare. The CME had a eastward direction of ejection. Because of this, more data is needed to know if this will be geoeffective or not.

Major flares are possible from 1476.

While these flares are going on, the solar winds hitting earth aer at 642km/sec, density is broken because it's saying density is at 0.1 (hahaha NOT), Bz is right now at 4.0+
geomagnetic conditions are: Unsettled.

Stay tuned to My Solar Alerts for all updates.

Researchers at NASA’s Solar Dynamics Laboratory called this new region a “monster sunspot.” This region, labeled AR 1476, is gigantic in terms of sunspot regions: It measures about 60,000 miles across.
Since the sun takes 26 days to make one full revolution at the equator, the monster sunspot region will continue to be a threat to Earth for at least the next 13 days.
Credit: CNN Blog

Updated @ 20:48 UTC May 10, 2012

Sunspot 1476 has produced a M1.7 flare peaking @ 20:26 UTC. As 1476 is now in a direct earth facing position, we will continue to monitor for and report on any CME's.


SOLAR ACTIVITY INTENSIFIES: Huge sunspot AR1476 is crackling with M-class solar flares and appears to be on the verge of producing something even stronger. The sunspot's 'beta-gamma-delta' magnetic field harbors energy for X-class flares, the most powerful kind. Earth is entering the line of fire as the sunspot rotates across the face of the sun.
Credit: Spaceweather

M4.7 & M1.8 Solar Flare from Monster Sunspot 1476 - May 9, 2012

 Updated @ 21:10 UTC May 9, 2012:

   Monster sunspot 1476 has produced a M4.7 solar flare today peaking @ 12:32 UTC and a M1.8 flare peaking @  14:08 UTC May 9.

For Today SWPC has given sunspot 1476 a 65% chance of producing a M flare and a 10% chance for producing a X flare.

Check back often for further updates and alerts as today's events develop.

All updates will be added to the bottom of this report


Region 11476 [N10E33] has developed slowly with a strong magnetic delta structure forming in the southern part of the huge leading penumbra. Another strong delta with nearly no distance between opposite polarity umbrae is in a penumbra in the northern central part of the region. A major flare will become likely if the current development continues.
credit solen

IIB.  Geophysical Activity Forecast:  The geomagnetic field is
expected to be quiet to unsettled on day one (09 May).  Day two (10
May) is expected to be at quiet to active levels with a chance for
minor storm periods due to the effects of the Coronal Hole High
Speed Stream (CH HSS) and the anticipated arrival of the CME that
departed the solar disk on 07 May.  Day three (11 May) is expected
to return to quiet to unsettled levels as the effects of the CH HSS
begin to wane.
credit SWPC

Updated @ 21:10 UTC May 9, 2012:

1476 has produced another M Flare. A M4.1 solar flare peaking at 21:05 UTC May 9th.
Looking at the current SDO magnetogram images there is some movement seen within the middle of 1476. This could lead to more moderate to major flares in the coming hours. stay tuned. 

LDE M1.9 Flare From Sunspots 1470 & 1471 Combo

   We just had a LDE (long duration event) M1.9 Solar Flare peaking @ 14:31 UTC Monday May 7. This LDE flare was a result of a two punch combo from sunspots 1470 & 1471 located on the southwest area of the solar disk. CME's are often the result of a LDE event and so will be watching for signs of a CME produced in association with this event.

Check back soon for updates as more data becomes available.