Two Sun Diving Comets & G3 Geomagnetic Storm April 3rd 2026!

James Kaufman, World News Report today. Ladies and gentlemen, today we are in a G3 geomagnetic storm. Currently, we have been for the last three hours. And we have an added bonus today. We'll be able to watch C2026-1A cross through Glasgow C3 even further on its way towards the sun. Let's get going. Alright, we've basically been in a geomagnetic storm for the last 48 hours, and today we've been in a disturbance for what looks like about 12 hours, a G1 geomagnetic storm for 3 hours, and a G3 geomagnetic storm for the last 3 hours. This is most probably caused by a combination of an X-class solar flare and a coronal hole that was Earth-facing. Now, Earth's getting hit pretty hard right now. We're in what's called a solar storm, along with a geomagnetic storm, and we're having a polar absorption event, which means protons are seeping through the poles. A good translation would be we're being fried by X-rays. Now, taking a look at GOES X-ray flux, this is a seven-day chart. We had a strong M flare on the 30th. Now, that was four days ago, but this could be what we're seeing right now. We had this strong M flare four days ago. It would have to be moving fairly slow, but this could be what we're seeing right now, and that would explain the G3. Now, we also had a strong M flare yesterday, and I don't think that there's been sufficient time for that to travel towards or get to Earth. Now, we do also have or had a coronal hole that was directly Earth-facing for about 24 to 48 hours, which would, well, explain the G3 versus maybe a G2 we might have had with just the X-Flare. So we're experiencing a one-two hit, a one-two punch, if you will, The solar winds and the plasma all together. Take a look at what that looks like. Now, I did mention that we're in a solar storm, and that is a bit untrue. We would be in a solar storm if our 10 million volts of electron would just move a little bit higher. But this is a very, very high count of protons. this has caused a polar absorption event you can see here so as long as nothing else occurs we might escape a real solar storm and stick with a geomagnetic storm all right headed over to our Argos solar ultraviolet imager at 195 angstroms this is the coronal hole that was directly earth-facing right here and this is the sunspot group that the x-ray came from what i see here is a fairly complex sun right now and it's been eclipsed by earth every few moments here they're saying that that is the backside eclipse because the new coronagraphs on GOES-19 are only 22,200 miles up instead of a million miles up like Like the other two coronagraphs, they're at Lagrange Point 1. So every day, I guess, we should be eclipsed by the Earth, correct? All right, first we'll take a look at GOES-19 Core 1, the new one that's hooked to our GOES-19 satellite that's only 22,200 miles above Earth, and that is Earth eclipsing the satellite. It should happen every 24 hours, but they say it's only going to happen twice a year or for two periods twice a year. That, well, you'll have to draw a diagram for me. When I draw a diagram, I get something totally different. And what do we see? On Core 1, we see our, of course, C2026A1 coming in a picture headed directly for the sun. It should really brighten up here quickly. I think it's laughable that they would book a chronograph to a satellite that was 220 miles above Earth, meaning that it would have to go behind Earth, being in fixed geostationary orbit, it would have to go behind Earth every day. Again, they're saying it only goes behind for a few weeks twice a year, which makes zero sense. I'll draw that out for y'all real quick if you like. But here she comes. All right, headed over to Lascaux C3. got a really good picture of our comet it's inbound we're hoping it's going to stay together and really brighten as it makes its way around the sun remember the sun is this little circle here in white and the rest of this is basically a cover so that nothing happens to our photograph lens here so here it comes that's going to be C2026 A1 inbound we're going to have to see what happens they're not quite sure if it's going to be large enough or if it's going to go close enough to the sun to break up even if it does it should stay together as a dust cloud as it comes around the sun so once in a lifetime here they say it's going to become much much brighter the next few hours we will take a look at this this evening on our live where it should be pretty much at its brightest all right over to our D region absorption prediction center we are seeing a polar cap absorption event here these are the protons seeping in the north and south poles the only areas that really are protected by our Van Allen belts and you can see that there's some pretty strong radio alternation and degradation um and well you'll also see that this is getting stronger please note the red increase in red here not weaker so right now we're being fried like we eggs in a pan all right well we've got some bad news and good news this is uh discover real-time solar one our satellite that is 1 million miles above earth at Lagrange point one and it gives us some real good information regularly about 45 minutes before the weather hits earth but we see here our shields are way down the red line is way below zero you can see it's outlined here in purple to kind of show you how dangerous it is that is the last three hours of G3 geomagnetic storm that's pretty impressive with plasma only three centimeters cubed winds are up and above 835 kilometers per second got one more if we grab it 849 kilometers per second you can also see where the solar winds well jumped up and the temperature was pushed up now the X flare well that's done okay that's done there's no more plasma here this is the winds from the coronal hole hitting us now and this only started about three or four hours ago it already looks like it's um falling apart to me and i love how our shields have gone over zero here although they have fallen back below zero uh we also have a northern angle on our shields which is great much better than having a southern angle because we're being pulled through or pulled by our sun meaning anything that happens on our sun would affect well the northern hemisphere more than the southern hemisphere here on our planet here we are at a g3 kp7 currently folks wow here we are with solar winds at 745 kilometers per second meaning it takes about 34 minutes from them to travel from ace which is also a million miles above earth at lagrange point one along with discover to make it from ace to earth same would be true from the uh the discover satellite the newer version and here we see that there is no coronal mass ejection hitting us strongest plasma we see is 2.07 only plasma above 10 centimeters cubed would be considered space weather and with an x flare like that we did see plasma much much stronger but that was more uh yesterday evening and we did actually make it up to a G3 geomagnetic storm at that time as well all right here's our shields folks and look they're showing north they just barely climbed into the north here they fell back and they're climbing right back into the north if they can stay to the north we'll come right out of this geomagnetic storm the next three hours so fingers crossed there All right, today's sun is very busy, especially at sunspot 4409. Remember, 4405 actually produced the X-class solar flare, and it was beta-gamma. It's like 4409 is now our problem, also now being beta-gamma. So mostly strong C flares. We have an M1.3 flare here right around, well, right after midnight this morning. We do have a 20% chance of having an X-class solar flare, a 55% chance of having an M-class solar flare, and, well, we're running a C1.32 baseline currently. Now, we will, in fact, be hit by this M3.54 that did produce a sizable coronal mass ejection, and that should be tomorrow, the 4th, so do prepare for that. And we have plenty of sunspots earth-facing, and about three, it looks like, about to go around the far limb of the sun. Altogether, nine sunspots with only one beta gamma sunspot directly earth-facing. 4405 is the one that gave us problems before, and the coronal hole is situated right about here. Now, I'm actually going to bring you all to GOES 18, This chronograph is at a million miles above Earth. You can't ever see the moon. It never gets in the way. Neither does Earth. A million miles above at Lagrange Point 1, the sun being 93 million miles away. We're going to look at the chronograph over here. But first, we're going to see the X-flare. It was a very strong X-flare. I believe that's what we're getting hit by yesterday into today. You'll see that very large explosion coming up here on the 30th, if you'll recall, on the 30th. We're almost there. It was a long-term explosion as well, and we should see it here on the 30th. It's about ready to blow. Bang! Wow! Very impressive. It's a great chronograph. Hopefully we're able to continue to use this chronograph ongoingly. Now we're going to see another comet it seems to be almost in front of the comet we're tracing i don't have a name for it but i definitely have found it here and there it is right there and there it is right there headed towards the sun way too early to be our comet pointed out again here as it comes on to into play there it is right there and there it is right there as well wow so it's almost following the same path but in front of our comet here you can see it on h2 let's go h2 and you can see it on core one goes 18 remember it goes 18. i'm going to show you what 18 versus 19 means in just one moment now towards the end here on the first i believe we can see the start of the M3.4 uh you can see it is a halo CME and it will strike earth but we don't get to see the entire explosion we'll just get to see the very very end of it or beginning of it excuse me and that was it that's what we're gonna have to deal with tomorrow you can see this happening on the first tomorrow being the fourth giving these about 72 hours to strike earth all right now leave it in the comments if you stuck with me this entire time but to show you what time it is all right someone put our new chronograph on goes 19 goes 19 is an instrument they use for studying weather on Earth. It orbits at 222,300 miles above Earth, and it's geocentric. It stays above the Western Hemisphere and rotates around Earth inside the moon there. The moon's actually at 222,000 miles, not 22,000 miles. So the moon's 10 times further away. Now, who would put a chronograph to study the sun on a satellite that's only 22,000 miles in orbit? What's the problem with that? The problem with that is every time you get behind Earth or the moon gets in front of it, Either way, you're not going to be able to see the sun, right? So that's where it is, 22,000, 22,000, 300 miles out, 300 miles out. Some moron did this. Where's the moon? It's about 225,000 miles away, depending on where it is in orbit, right? The moon, so about 10 times this, the moon. Where is Lagrange Point 1? Lagrange Point 1 is 1 million miles between the Sun and Earth. So it's right about here, or 4 times as far as the Moon. Lagrange Point 2 is actually right about here, 1 million miles in orbit with the Earth, 1 million miles, 4 times as far as the Moon. Lagrange Point 3 is right here. So our other chronographs that we just looked at are all, all at the Lagrange Point 1, 1 million miles above Earth. And they actually rotate slowly and go around the sun once a year, where our latest chronograph goes around Earth every single day because it's a geostationary actual satellite that's placed above the Western Hemisphere to study different, well, the weather above the Western Hemisphere. Whoever put this chronograph on the GOES-19 satellite at 22,300 miles above Earth is a moron. Remember, Lagrange Point 1, a million miles, you don't have to see Earth, You can't get behind Earth, and you can't get the moon in between the satellite and the sun and eclipse it that way either, all the crap we've been seeing. So this might be the biggest mistake NASA and anyone's ever made. We actually can't see the sun much of the day on our brand-new chronograph. Hope you all understood that. The other two chronographs, 17 and 18, are here, and this one's here, and it goes around with the Western Hemisphere, so it ends up behind Earth, and often the moon eclipses it from the sun as well, even if it's in front of Earth. I will show you all that again. Here's our GOES-19 Core 1. There's Earth eclipsing it. And here comes our comet. That's right. C-2026 A1. There's Earth eclipsing it. It could be the moon. Often is. This is only 22,000 miles above Earth, whereas the moon is 10 times that distance. and the sun is 93 million miles away. Whoever put this chronograph on GOES-19, well, you know what I think about that. They're so mad over NASA and NOAA. I want to ask them, how stupid could they be? Now, let me know if y'all understand this and let me know in the comments if you made it all the way to the end so you might understand how bad NASA screwed up been wasted billions on this chronograph. Please share and subscribe and always remember that anything is possible. Bizarro world.