[Vo]: Mizunos Book Cover
I came across this animation... http://www.ilight.com/ ...and was struck by the resemblance to the photo on Mizuno's book cover. http://www.amazon.com/gp/sitbv3/reader/ref=sib_dp_pt/ 102-7351500-5733754?%5Fencoding=UTF8asin=1892925001 http://tinyurl.com/rd4c9 I now understand just what that photo is telling us though I don't expect many people to take me seriously since the congnitive dissonance of the explanation is too great. The photo is showing the splashes of material thrown up by the collapse of the roof of a nuclear explosion cavity which is at Beta- atmosphere pressures vastly below ambient. The different cones are caused by different pieces hitting the floor of the cavity at enormous speed. This enormous speed arises from the huge pressure differential between the outside and the inside. The way they radiate out shows that the different parts of the collapse dome are projected along their respective diameters in accordance with the force vectors operating, Ah well, it shows that nucular (pace Dubya) reactions are definitely taking place. It would take those kind of pressures to open up such a huge Beta-atmosphere cavity in a metal. The structures are not unlike that famous photo of a drop impacting on the surface of milk. Frank Grimer
Re: [Vo]: Mizunos Book Cover
-Original Message- From: Grimer It would take those kind of pressures to open up such a huge Beta-atmosphere cavity in a metal. Is it really happening *in* the metal or just at the metal surface? Like a Beta-atm black hole impacting the surface? Terry
Re: [Vo]: Mizunos Book Cover
At 12:30 pm 16/06/2006 -0400, Terry wrote: -Original Message- From: Grimer It would take those kind of pressures to open up such a huge Beta-atmosphere cavity in a metal. Is it really happening *in* the metal or just at the metal surface? Like a Beta-atm black hole impacting the surface? Terry A fair question, Terry. Mmm You would need a number of black holes of different sizes all impacting at the same instant to produce that pattern. If the domed roof of a cavity is imploded then one would expect different sized chunks and they would all impact at virtually the same instant. Also you will notice that the central splashes are small. This corresponds to the apex of the dome which is the thinnest part. Howzatt - as they say in the that bat and ball game that Yanks don't play cos they might get hurt by a bouncer. g Frank
Re: [Vo]: Mizunos Book Cover
-Original Message- From: Grimer You would need a number of black holes of different sizes all impacting at the same instant to produce that pattern. Agreed. However, I once saw a viddy of a tornado that split into three separate ones then later recombined into the one. It looks like little vortices would just fit into those holes. Hey, lookie . . . they seem to be in groups of threes! Terry
Re: [Vo]: Mizunos Book Cover
-Original Message- From: Grimer Also you will notice that the central splashes are small. This corresponds to the apex of the dome which is the thinnest part. You are probably right; however, it's your fault that I look at things in a different way. We expect those void are due to eruptive blowouts. But, just suppose the material was SUCKED out by B-a hole. Terry
Re: [Vo]: Mizunos Book Cover
At 01:40 pm 16/06/2006 -0400, you wrote: -Original Message- From: Grimer Also you will notice that the central splashes are small. This corresponds to the apex of the dome which is the thinnest part. You are probably right; however, it's your fault that I look at things in a different way. We expect those void are due to eruptive blowouts. But, just suppose the material was SUCKED out by B-a hole. Terry Well, I did originally suggest they were B-atm. tornadoes resulting from the puncturing of a Beta-atmosphere cavity and I must admit they do look more like tornados than splashes. Maybe its a tornado-like splash, i.e. a splash with a lot of rotation if you can imagine such a thing. Or better still, B-atm. vacuum induced tornados which whip up the molten material from the dome shrapnel impacts. One thing for sure, it's dramatic enough to be nuclear. The solids are behaving like liquids which implies a high speed event. Frank
