Geomagnetic Storm explanations

Would the Z’s care to comment on the very unusual polar lights in Moscow and Central Russia? [and from another] http://lenta.ru/articles/2015/03/18/nebo   The evening of 17 March, the inhabitants of Moscow, St. Petersburg, Vologda, Perm and many other cities in central and north-west Russia witnessed the Arctic (North) lights. Scientists have explained to journalists happened a strong magnetic storm. [and from another] In a press briefing NOAA scientists said the two CMEs may have unexpectedly combined as they sped toward Earth, which could explain why the geomagnetic storm has been so strong. I’m wondering if PX is acting like a funnel that exacerbates CMEs headed our way. Here is the site to get images of the CME on March 15: http://sohodata.nascom.nasa.gov/cgi-bin/data_query  [and from another] http://mashable.com/2015/03/17/rare-severe-geomagnetic-storm-sun/   A rare G4, “severe” geomagnetic storm, is underway. The geomagnetic storm is the result of a pair of coronal mass ejections, or CMEs, that left the Sun on March 15 and are now interacting with Earth’s atmosphere and geomagnetic field. [and from another] http://poleshift.ning.com/profiles/blogs/mangled-magnetosphere-march-2014  March 17, 2015. Dramatic BATSRUS rendering of Earth’s magnetosphere almost entirely subsumed by the larger magnetic field of Planet X during a prolonged severe compression earlier today. [and from another] http://www.spaceweather.com/archive.php?view=1&day=15&month=03&year=2015  March 15, 2015. SLIGHT CHANCE OF SUNDAY STORMS: The X-flare of March 11th might not be done affecting our planet. According to computer models, a CME propelled into space by the explosion will sideswipe Earth’s magnetic field on Sunday, March 15th. NOAA forecasters estimate a 30% chance of G1-class geomagnetic storms if and when the CME arrives.  SOLAR FLARE AND CME: March 15th began with a bang. Between 00:45 UT and 02:00 UT, a magnetic filament erupted in concert with a slow C9-class solar flare from sunspot AR2297. This movie of the eruption comes from an extreme UV telescope onboard NASA’s Solar Dynamics Observatory: [and from another] http://www.spaceweather.com/archive.php  January 16, 2001. BRIGHT CME: A solar filament erupted near the Sun’s northwest limb on Sunday, sending this dazzling coronal mass ejection (CME) into space at 744 km/s. The bulk of the CME was clearly directed away from Earth; forecasters do not anticipate substantial geomagnetic disturbances as a result of the explosion. WEAK IMPACT: A weak interplanetary shock wave hit Earth’s magnetosphere Saturday morning at ~0130 UT. Although conditions at the time were favorable for aurora –namely, the interplanetary magnetic field near Earth was pointing south– geomagnetic activity remained low. The disturbance was the leading edge of a full-halo coronal mass ejection that billowed away from the Sun on January 10th.

Compare the past to the present. A CME on January 14, 2001 (which was larger by far than the one on March 15, 2015) resulted only in a G1 magnetic disruption. Thus the CME on March 15, 2015 was not expected, at the time, to result in anything more than a G1 magnetic disruption. In fact, it was given only a 30% chance of reaching a G1 at the time. Then suddenly, on March 17, 2015, the Sun is responsible for a G4 magnetic disruption! What does this say? It says that NASA is still trying to blame the Sun for the magnetic effects of Planet X, aka Nibiru. It says that NASA was not ready for the sudden electromagnetic assault that the charged tail of Planet X gave to Earth on March 17, 2015. 

Why do electromagnetic storms affect the Earth’s auroras, which we have described as being the result of a disturbed gravity field of Earth? Like rainbows, auroras are nothing more than light rays bent into a spectrum. Light is highly malleable. When the Earth is under a magnetic assault, it affects the gravity field of Earth which then affects how light is bent toward the Earth at the poles. Lest the readership react with shock at our statement that magnetism affects gravity particle flows, we would point to the child’s exercise to levitate an object above a strong magnetic field. What interferes with the flow of gravity particles, if not the flow of magnetic particles?

Source: ZetaTalk Chat Q&A for March 21, 2015