starbiter wrote:https://www.youtube.com/watch?v=wz8eoIJAOKY
The above link is for a video interview Ben Davidson did on my work. It has been well received.
michael
LunarSabbathTruth wrote:starbiter wrote:https://www.youtube.com/watch?v=wz8eoIJAOKY
The above link is for a video interview Ben Davidson did on my work. It has been well received.
michael
Dear Michael:
One part that may require refinement is the role of the flooded waters. I understand your view to be that landscape features that were above the high water level continue to grow as they accumulated more material. The submerged land, however, did not accumulate more material, as the waters washed it away towards the equator where it accumulated as the bulge.
I do not think, however, that the waters would stay on the ground during this electrical-gravitational activity: they would rise sky high.
- joe
starbiter wrote:I agree in some cases. Or the water might have been electrically evaporated in some cases.
....
LunarSabbathTruth wrote:starbiter wrote:I agree in some cases. Or the water might have been electrically evaporated in some cases.
....
I thought about the flooded land a bit more, and there might be a way in which the water currents would help to accumulate the sediment, rather than to wash it away. Consider the following:
Imagine flat, flooded land, with some higher points protruding. (This could be a row of trees, hills, or even buildings.) The plasma discharges along this ridge, and cuts a channel in the water. The water may dissociate into its component elements, or evaporate, or rise up into the sky, or do a combination of these.
More water rushes in from the sides to fill the void, carrying mud and sediments towards the ridge / channel. The high energy "bakes" the mud, and causes some material to transmutate. Whatever the exact mechanism, it serves to build up the ridge.
This in turn causes a tighter concentration of the plasma discharge, which yields more active buildup, etc.
- joe
starbiter wrote:I don't know how to post images on the forum.
willendure wrote:starbiter wrote:I don't know how to post images on the forum.
Hi, I recently found out how to do this.
1. The images need to be under 800x600 pixels, so make copies of your images then resize them in a paint program to be under this.
2. Google for a paste bin service, this one for example: http://imagebin.ca/
3. Upload your images and you get a URL back.
4. Clock the Img button in the editor tool bar, and stick in your URL. The image will be retrieved from the URL and appear inline in the forum.
Tada! Looking forward to seeing your pictures, it sure does sound interesting...
starbiter wrote:willendure wrote:starbiter wrote:I don't know how to post images on the forum.
Hi, I recently found out how to do this.
1. The images need to be under 800x600 pixels, so make copies of your images then resize them in a paint program to be under this.
2. Google for a paste bin service, this one for example: http://imagebin.ca/
3. Upload your images and you get a URL back.
4. Clock the Img button in the editor tool bar, and stick in your URL. The image will be retrieved from the URL and appear inline in the forum.
Tada! Looking forward to seeing your pictures, it sure does sound interesting...
That question was from 5 years ago, but thanks.
Holger Isenberg wrote:Maybe I have overlooked a contribution on this discussion, but was the general large scale shape of the (electrical) eroded mountain valleys already a topic? What if Earth happened to be hit by a electron beam like the acrylic cuboids have been prepared, shown in many videos about producing Lichtenberg tree patterns within massive plastic blocks? This would create most of the valley in a single process globally!
By placing such a block under a MeV electron linear accelerator, the electrons are trapped in the blocks for hours if the material is cooled down and released instantaneously by a focused mechanical impact.
Video: https://www.youtube.com/watch?v=-EKdxzZ52zU
Video details:
Date: 23rd September 2013
Place: University of Oxford's Examination Schools, Oxford
Conference: Radiation Effects on Components and Systems (RADECS) 2013
Lecture: Short course
Presentation: Radiation Induced Charging Effects on Spacecraft
Presenter: Keith Ryden (Surrey Space Centre, University of Surrey, UK)
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