The video discusses an ongoing G1 geomagnetic storm and a recent X1.31 class solar flare. The speaker challenges the consensus from NOAA and NASA, arguing that the flare likely originated from a newly named sunspot, AR4482, rather than the widely blamed AR4479.
James Kaufman wrote his report today.
Ladies and gentlemen, we're still in a G1 geomagnetic storm ongoing.
That has been over 21 hours of straight geomagnetic storm.
One for 24 for the next bar.
The real deal is, is we've just had an X flare.
And I think that everyone has it wrong.
I'm going to let you help me decide.
Everyone's blaming Sunspot AR4479 for this X flare,
the strongest flare we've seen in a month.
But I think it came from an unnamed Sunspot coming around
the limb to be earth-facing by tomorrow.
Right here we see we have an X1.31, I believe.
It just popped off.
It might have been a whole lot larger if the Sunspot Group,
I think, produced it.
I'm going to let you visually look at it,
but everyone else is coming in with some different information,
and it visually, well, does not look that way to me.
All right, we had a 20% chance of having
an X-class solar flare today, and we've had one.
Everyone's trying to blame Sunspot Group AR4479.
that's going around the far limb
to the 1.31 sunspot that peaked at 2041.
Remember that time?
I want to show you what I think happened.
All right, everyone's blaming AR4479,
a Delta-class sunspot group,
and it's just about around the limb here.
But to me, it looks like this brand-new newly named,
within the last hour,
sunspot AR4482 produced the flare.
Now, they could have flared at the same time, i.e.,
a sympathetic flare, but they're so far apart that I don't see
that happening, and I don't see a huge flare coming out of 4479,
but I do see a huge ripple coming out of the area of 4482
that was just named, and it looks like a simple sunspot.
All right, take a look at the time down here, 2041.
2041, and what happens?
Watch the area I think it came from,
and then watch where 4479 is at 2041.
I don't see anything happening up at 4479.
I guess there is a flare up there.
I see one small jet of plasma coming out,
but nothing compared to what happened on the incoming limb.
Look at what happened on the incoming limb.
I think that's where GOES is measuring the 1.31,
and I think that they could have flared
at the same time based on the plasma we're seeing here.
Remember, 20.41 is right in here,
and 4479 looks mighty quiet
while this other sunspot looks like it hurled
a coronal mass ejection out into space.
I'm going to let you guys decide
but if it was produced by
this new sunspot
4482
it's probably a lot larger
than 1.31
to me
it looks like that's where it came from
and it does look like they might have
flared at the same time causing the
confusion, I'd have to let them
sort it out in the next hour
or two, but I had to report what I was
seeing here, 21
2041
is right there look at the perfect match
on that new sunspot group 4482 and how little activity
we're seeing out of 4479 during that period right there well ladies
and gentlemen it's a hard call
but both NOAA and NASA are going to 4479
and everyone else is and i'm making the call that
it's four four eight two
or both both of them perhaps right moving over to our D region uh
prediction center these are all inflows here
one after another all day long we had eight at
last count that's going to be higher now
and the m flare there
and let's get to 21 41 which is
Right there, obviously the biggest flare of the day over North America
and the Atlantic.
And again, I'm going to guess that this came
from the new sunspot, AR-4489.
Let's see if they sort it out in the next couple of hours
and maybe change their mind.
At best, it was a sympathetic flare.
It looked like there was a lot more trouble
for the incoming sunspot group than the outgoing sunspot group.
one man's opinion i'd love to see your opinion
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