HectorDecimal
I stand corrected on the MDI issue. It appears by NASA's description the hottest layer in the sun is the outer fringe of the radiative zone. That's right. I'd forgotten the central core of the sun is the coldest area in the star. How silly of me.
So you have zero understanding of the difference between an absolute measurement of temperature and a measurement of the variation of temperature from expected values.
Keep in mind also that what I'm suggesting in all this is a slight deviation form what is mainstream not a quantum leap to lightyears away. There is really little to say about the sun's connection to earthquakes and weather that can't be found through a search, short of teaching a course in high school level science here.
What you have been posting is so far from mainstream they obviously don't even speak the same language. You obviously don't even understand high school science, were you home schooled?
So much for that "quiet" decade. 2002 and 2003 both had very significant solar storms and Voila! mid-2003 the park starts acting up.
A lot of things happened in 2003, that does not in itself show a correlation. You must demonstrate a mechanism for how sun spots cause volcanic events.
Are you skeptical of the documents at NASA and other sources about 2002 and 2003 having intense solar storms and that mid-2003 the park was heating up and produced new steam vents?
I'm skeptical that they have anything at all to do with each other, other than being somewhat coincidental in time, you certainly haven't presented a plausable mechanism of how one affects the other. Yellowstone has it's own cycles of activity and has been getting more active for the last few decades. That peaks in activity match one time is nothing but coincidence, do the two cycles have other matches? Not really, as Yellowstone's cycles are measured in decades, hundreds and thousands of years, not 11 years cycles(as would be true if what you claim is true).
Much of what I'm saying is based not only on corroborrable material, but quantum sense. Are you trying to tell me there is no magnetic field in a star's core?
All that you have said is correct, however "violence" is relative. Are you going to try to tell me there is no magnetic connection in the sun's core?
The magnetic field of the sun evidently is generated in the Thermocline, the shear zone between the radiative layer and the conductive layer at 70% of the diameter of the sun, not in the core(25% d). The core is dominated by radiation(heat), density and pressure compared to which the effects of the sun's magnetosphere are negligable. The magnetosphere becomes dominant only in the conductive layer and Coronasphere where pressures, density and temperatures are low(relatively). The core certainly has a very strong magnetic flux passing through it, but it is gamma rays, xrays and photon light pressure it is fighting with to control the motion of a fluid plasma many times denser than Lead at temperatures and pressures with values so large the numbers are dang near meaningless.
Everything below the Thermocline is different than everything above it. For all intents the Radiative layer and the core behave much more like a solid than a liquid, it is dominated by what is going on in the core and the radiation coming from there, it rotates largely as a unit(there's some slip)and consists of ions held apart not by their electrical charges but by the radiation pressure from the photons generated in large part from the gamma rays coming from the core. The diameter where this ceases to be is at the Thermocline, the light pressure drops below a certain limit and sudenly the plasma becomes dominated by electrical properties and magnetism.
Grumpy