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Who knows why there might be a ridge of jets ?? I'm not even sure there is, let alone what might have formed it !!! I don't have access to detailed scientific value photos and I doubt whether you do either (??).
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There was a NASA press conference, where Dr Sunshine said there was a ridge of jets. She shows a photo of the ridge, and calls em a ridge?
I dunno, i guess i'm trying to find if *any* model inclusive of EC has an explanation for this ridge (EC naturally expects emissions from raise points)?
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http://www.holoscience.com/news.php?article=nq9zna2m
"The jets will focus on an extremely small bright area generally situated on a raised point or edge of the comet surface."
"Contrary to all expectations, the ‘fan-like structures’ (jets) will tend to emanate from sharp-edged topographical highs."
"The “outbursts” from the comet are in the form of ‘cathode jets,’ which are bursty in nature and tend to jump around from one high point or sharp edge to another."
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Since from my eyes and ears, i'm convinced there is a ridge, as presented by NASA. Why else would they dedicate a portion of the press conference to the feature?
Yes of course i will wait to see what their conjecture is, it just seems a very interesting surface feature, it could form a testable one.
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PS: Can you define "electrical sputtering" ??? What does that mean ??
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http://en.wikipedia.org/wiki/Sputtering
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In space
Sputtering is one of the forms of space weathering, a process that changes the physical and chemical properties of airless bodies, such as asteroids and our moon. It is also one of the possible ways that Mars has lost most of its atmosphere and that Mercury continually replenishes its tenuous surface-bounded exosphere.
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The Electric Comet is just an extension of this process, using the elongated orbits of the rocks and the process of charge equalization as the object moves in differing regions of electrical potential. The sputtering process excavates material and combining with the H+ solar wind forms what we *think* is H20 breaking down... instead it's OH forming. It's a rather simple picture, vastly differing to the prevailing paradigm.