tilos
Junior Member
Posts: 64
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Post by tilos on Feb 18, 2009 21:03:23 GMT -5
Details to be added here as time permits.
Clue #1 the counter-rotation of the Sun about its equator.
The key to understanding fusion lies in magnetic fields imo.
Fusion is an Art and cannot be achieved by uneducated brute force.
"Scientists" could learn a lot from individuals like myself if they would ever take the time to listen and give the layperson's ideas some consideration (as they still have not found the answer to the best of my knowledge)
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Post by shewolfe on Feb 18, 2009 23:46:46 GMT -5
First question, what is "counter rotation", does that mean the [glow=red,2,300]sun[/glow] is moving in one direction, while the equator is moving in the opposite direction, this creates [glow=red,2,300]fusion[/glow]?
Then, too, how is [glow=red,2,300]fusion[/glow] an [glow=red,2,300]Art[/glow]? Forgive my ignorance on the subject [glow=red,2,300](:[/glow]
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tilos
Junior Member
Posts: 64
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Post by tilos on Feb 20, 2009 21:11:33 GMT -5
I need to revisit this and provide a clearer explantion... I'm pretty swamped at work right now so it might be awhile. en.wikibooks.org/wiki/Astronomy/The_SunBecause they are formed by magnetic field lines, sunspots occur in pairs; at the base of either end of the magnetic loop that formed them. Likewise, the sunspots will have opposite magnetic polarity from one another. There are distinct patterns in the polarities of each pair which can be observed during a cycle. For convenience, we will call the spot that appears to be further along in the direction of the sun's rotation the "leading" spot, and its partner the "trailing" spot. Sunspot pairs in the northern solar hemisphere will have opposite polarities from those in the southern solar hemisphere. That is, if the leading spot is polarized one way (call it +) and the trailing spot the other (−) in the northern hemisphere, then in the southern hemisphere the leading spot will be (−) and the trailing spot (+). Sunspot pairs in a given hemisphere will tend to all appear with the same polarities during a solar cycle. However, at the end of the cycle, the polarities will "flip": new sunspots in that hemisphere will have opposite polarites from the previous cycle. The table below shows the sunspot pattern over four 11-year cycles, for pairs of (leading and trailing) sunspots. Cycle N. pair polarities S. pair polarities 1 + - - + 2 - + + - 3 + - - + 4 - + + - www.ta3.sk/caosp/Eedition/FullTexts/vol6/pp211-212.pdfLast sentence... Basic goal is to understand the core of the Sun and why it is so different from what is taught in America as accepted scientific theory. MAGNETOHYDRO-DYNAMIC FLOW oai.dtic.mil/oai/oai?verb=getRecord&metadataPrefix=html&identifier=AD0681595What I have to offer is likely a lot more accurate than anything else most folks can get access to... www.iran-daily.com/1386/2867/pdf/i4.pdfWhat does the core of the Sun really look like?
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