Earth Being Hit By An Unforcasted Geomagnetic Storm! The Russell-McPherron Effect!

James Kaufman, World News Report, today. Today is September 29th. Ladies and gentlemen, we're experiencing a G1 geomagnetic storm, and on some KP indexes, a G2 and G3 geomagnetic storm. Now, if you all take a look at the video I did last night, NOAA forecasted a very, very light day with KP2s and 1s all day long. No solar winds were expected and no plasma whatsoever. We've had no coronal holes Earth-facing, and we've had no solar flares, i.e. coronal mass ejections, that have been sent towards Earth over the last few days until maybe yesterday evening, and that wouldn't have time to have reached Earth yet. So what is causing this? Well, we're going through our equinox. We have an extremely strong geomagnetic connection to our Sun during this period of time. Now on our Boulder KP Index we see it looks like 12 hours of a geomagnetic disturbance, only three hours of a geomagnetic disturbance on the Fredericksburg KP Index. We've had nine hours of a geomagnetic storm, six hours of a geomagnetic disturbance on our estimated planetary KP Index. Index used by NOAA and NASA exclusively, and our college index, the most sensitive, has shown, well, both a disturbance, a G1 geomagnetic storm, six hours of a G2 geomagnetic storm, and three hours of a G3 geomagnetic storm. Taking a look at our DSCOVR real-time solar wind satellite. We do see a spike in plasma here for just a few moments. It brought us up to about a 17, 17.42, although most all of the day we've been below 10 centimeters cubed, which is the space of the threshold. Moving down to solar winds, well they've been between 400 and 460 all day long. I think we have one reading up to about 470 right here. Nothing even over 500 kilometers per second, so there basically are no solar winds, and well, this 20, 30 minutes of plasma did not turn the entire day into a geomagnetic storm. So, let's go over exactly what did occur. So, twice a year, we have our equinox, and the strong geomagnetic connection from our sun to Earth during that time period. It's actually referred to as the Russell-McFerrin effect. The semi-annual variation in geomagnetic activity is well established in geomagnetic data. Its explanation has remained elusive. However, we propose simply that it is caused by semi-annual variations in the effective southward component of the interplanetary field. This is on the equinoxes by the way. Now this southward dip in Earth's geomagnetic field that allows light solar winds and light plasma to create these storms again is referred to the Russell-McFerrin effect. You've probably heard about that before. And again it's most significant during the equinoxes which is exactly where we are. So tonight, keep your eyes open to the north for aurora borealis and to the south for aurora australis because the skies are going to light up like Christmas. I hope NOAA and NASA learned something here. Not only our viewers and subscribers, this happens during every equinox, although they didn't forecast it or predict any increase in the kp index. Well you'll see it happen during the next equinox as well. So please share our video, please subscribe, and always remember that anything's possible in bizarro world. God bless you.