Strong X 1.14 Solar Flare And CME March 28th 2025!

World News Report Today
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World News Report Today
March 28th 2025!
Strong X 1.14 Solar Flare And CME March 28th 2025!
#spaceweather #spaceweatherupdate #solaractivity #solarflares #xflare #cme #coronalmassejection #solarstorm #geomagneticstorm
https://www.swpc.noaa.gov/
https://www.spaceweatherlive.com/en/solar-activity/solar-flares.html
https://www.spaceweatherlive.com/images/SDO/SDO_HMIIF_512.jpg
https://www.swpc.noaa.gov/news/r3-strong-solar-flare-occurred-28-march-2025
https://www.swpc.noaa.gov/communities/space-weather-enthusiasts-dashboard
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James Kaufman, World News Report, today, March 28, 2025.
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Ladies and gentlemen, we had a very long-term flare.
It was an X1.14 solar flare.
Coming from a newly named sunspot group
of 4046 it's just coming around the limb to face earth.
Now you can be assured
that this was a much stronger solar flare than it looks. Again it came
in as an X1.14 but it was much much larger and more
than partially eclipsed by the incoming portion
Or limb of our sun.
Also want to show you how it stayed
in the M territory here for approximately three hours.
Wow.
Jumping over to Space Weather Live.
They've got that X 1.14.
They have two flares from the same sunspot during
the same period of time.
So I've never seen anything like that.
Doesn't make much sense, but maybe they know something that we don't.
For a force
4046 just popped off with another M1.
As soon as it got below the M solar flare threshold,
it popped right above it.
Now, that's been one of our very active sunspots.
The other one is 4043, a little bit more complicated.
It had given us some problems yesterday.
And, well.
We didn't have any huge flares from 4043,
but it is a beta gamma sunspot.
Currently, we have a 20% chance of having an X-class solar flare.
And remember, this is a simple sunspot.
There's no complexity to this.
50% chance of an M-class solar flare,
and we're maintaining a strong C baseline as always.
So, 100% chance of having a C.
class solar flare.
All right here is NOAA's summary and R3 strong radio blackout.
Solar flare occurred
on the 28th of March and it was a 1.1x flare.
It peaked at 1520 UTC time
and we'll read a little bit
about it down here. A strong solar flare along
with the R3 radio blackout occurred and peaked
With an X of 1.1 near 11.20 a.m. Eastern Time,
15.20 UTC Time on March 28, 2025,
the flare occurred from the vicinity
of a newly rotating into view Region 4046 near
the east limb left side of the solar disk.
The flare was associated with a blast of solar material
from the area as seen in this GOES-16
image. So the solar flare created
a huge coronal mass ejection. You can see here it's moving out
of the picture and nowhere near Earth.
But it is a very impressive eruption and I do see two loops.
Spaceweatherlive.com might have gotten it right.
There might have been two almost simultaneous explosions
from that sunspot group.
We should all be thankful that that was not Earth-directed
because that was some flare.
You can see it right here coming around the limb.
It will be Earth-directed very soon, maybe about three days.
And you can see how long this solar flare lasted.
There was a lot of plasma pushed out into space
in the form of a coronal mass ejection
here.
Again, luckily, not headed towards Earth
because of the position of the solar flare itself.
And this was probably a much stronger solar flare than
is indicated on our GOES satellite
Because it's more than partially eclipsed
by the limb of the incoming solar disk.
So, to get our bearings over to HMI and Helioseismogram,
we see that we have six sunspots earth-facing, basically.
One of them is a Beta Gamma sunspot group,
produced some M flares yesterday.
And our new sunspot that just produced
an X flare is right here, 4046.
And I'm guessing that it's got, well,
more activity to introduce us to.
All right, everyone's getting their ample dose of radiation.
We've moved over to our absorption prediction center,
and we see about 1520 here.
We get there, which would be the peak, right about there,
and the peak of the solar flare was mainly over the Atlantic Ocean,
the east coast of the U.S.,
but more so Brazil, Venezuela,
maybe some of the Caribbean.
Maybe the Outer Lane Islands, the Lesser Antilles.
So, in summary, what do we have?
We have a strong X-class solar flare,
probably stronger than it appeared on our GOES satellite.
It did create a coronal mass ejection.
It won't be headed towards Earth.
This looks like a dangerous sunspot group,
and it will soon be Earth-facing within the next 72 hours or so.
With that said, God bless you and yours,
please share, please subscribe, and always remember
that anything's possible in the Bizarro World.
