Norval and Gale. The last couple of pages prove the point I raised about poor rhetoric. Your credibility was thin to begin with and will continue to decline if you keep refusing to give coherent answers to simple, straightforward questions.
Or have you actually convinced yourselves that every single detractor must have an ulterior motive? Let’s see, I disagreed with you on several points and received a fast track promotion to ‘disinformation agent’. Should I disagree a few more times, do I become a ‘resident alien in exile’?
Council of Elders: For your failure to defend the interests of the Empire, we sentence you to ….life….on Earth….down among the humans.
Heathen: NNnnooooooooooo….
You know, I expect sleazy rhetoric from politicians, lawyers and advertisers. However, anyone who wishes to be taken seriously by the scientific community should avoid such tactics. For example:
“Bottkey or buttheadsky what ever”
This does not help your credibility at all. Especially since the notion of tidal disruption did not originate with Bottkey. Check this out:
“In 1993, it was independently realized by H. J. Melosh and P. Schenk after the discovery of D/Shoemaker-Levy 9 that comets disrupted by passage close to Jupiter would form linear crater chains if they were to strike one of the jovian satellites immediately after tidal disruption. (Melosh and Schenk 1993)”
From here:
http://dosxx.colorado.edu/JUPITER/PDFS/Ch18.pdf
Of special interest is the date of the reference: 1993. After sl-9’s close pass but before the fragment train impacted Jupiter. (half way through it’s last orbit, actually)
Before getting to Melosh and Schenk’s paper I’d like to point out that the concept of tidal disruption is treated (more or less) as matter of fact by most of the community because it has passed the scrutiny of peer review, and not, as you claim, on faith. I’ll also point out that Bottkey is not the only one currently investigating tidal disruption.
“The brief and dramatic appearance of Comet Shoemaker-Levy 9 (S-L 9) has contributed to the notion that many small members of the solar system might be strengthless ‘rubble piles’, that is , material conglomerates having no significant structural strength other than their self gravity (e.g., Davis et al. 1979, Weissman 1986). As models of the S-L 9 encounter with Jupiter indicate, only a relatively strengthless rubble-pile is able to catastrophically disrupt into a cloud of debris that later condenses into twenty or so gravitating clumps having the S-L9 ‘string-of-pearls’ morphology (Asphaug and Benz 1994, 1996; Solem 1994). Further, it appears that similar events have occurred repeatedly in the Jovian system, as evidenced by the crater chains that scar two of the Galilean satellites with linear arrangements similar to the S-L9 fragment chain (Melosh and Schenk 1993, McKinnon and Schenk 1995, and Schenk et al. 1996)
From here:
http://www.ap.stmarys.ca/~jhahn/pubs/tidal.pdf
The abstract to the paper follows. The title is “Split comets and the origin of crater chains on Ganymede and Callisto”
http://www.nature.com/cgi-taf/DynaPage.taf?file=/nature/journal/v365/n6448/abs/365731a0.html
Bit of a tease, considering they only display the abstract. Well, I happen to have a hardcopy of the entire paper in my hands. I’ve had this for about ten years.
I don’t own a scanner and I’m not about to type the entire article, so, instead, I’ll ask you to do what you would have already done if you were serious about research.
I’ve examined the collection of images at your web site and have determined that you have enough for what I’ll ask of you.
First, if crater chains are tidally disrupted objects, then we should expect to find that the further moon (Callisto) would have longer (on average) crater chains than those found on the closer moon. (Ganymede) Don’t take my word for it, see for yourself.
Now, how’s that for a testable prediction?
Next, we should expect to find a greater number of craters making up each chain on Callisto than the chains on Ganymede.
Finally, due to volume conservation, we should expect that the chains with fewer craters would have larger crater diameters. (again, on average)
I rest my case. Crater chains are caused by tidally disrupted objects.