Wednesday, November 06, 2013

Misc

Claim that Chinese workers used slick, ice roads to haul 133 ton stone blocks.

This description of the breakup of the asteroid over Russia sounds like fantasy. It includes pure speculation masquerading as science.
"At a height of just under 40 km, the intense pressure started to fragment the asteroid, cracking it into 11 large pieces. This breakup of the main mass was extremely violent, blasting the pieces outward at 400 meters per second (900 miles per hour), scattering them. By the time they dropped to 29 km further breakups had split the rocks into 20 boulder-sized pieces, each weighing about 10 tons, and these themselves broke up as they fell. One bigger piece, probably twice the mass of the others, completely broke up at a height of 22 km — amazingly, it disintegrating so thoroughly that the largest fragment left from it was only about 15 kilograms, smaller than a basketball!"
That's because it was almost certainly broken up by electricity. Since they researchers used energy to determine the mass but they neglected any electrical component of that energy, the mass they probably significantly overestimated the mass.
The twin plumes of smoke also suggest electrical activity.
"The hottest material in the dust trail was down the middle (like the lead in a pencil), so this stuff rose quickly, breaking out of the cooler dust around it. This drew in air from the sides, causing the outer part of the trail to spin horizontally, like two tornadoes on their sides (or like in cloud streets). This actually split the dust trail in two! I was particularly fascinated to read that; the videos and pictures clearly show two trails, and I wondered at the time why that was."
It's because that's how Birkland currents work. This is really good support for the electric universe theory.
"They found that if you were 100 km (62 miles) from the Chelyabinsk impact, at peak brightness — and this stuns me — the asteroid was 30 times brighter than the Sun!"
Kind of like an arc welder. More support for the electrical theory.

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