Thank you. Maybe plasma kickstarted life on Earth. According to many scientific sources, plasma comprises 99.999% of matter in the universe. I think the chances are good that the "dusty plasmas" and the "plasmoids" have influenced life on Earth, and continue to do so.
Thank you for the reference. I found the paper at the following link: doi.org/10.31275/20243057 Perhaps you are the author? It is a fascinating paper, and we need more research in this area of plasma studies. I still wonder if the plasma balls are following a helical magnetic field line, which would appear as a zig-zag pattern when viewed from the side.
@@gtypestar I don't know why but there are more options like: it is spinning with bright at one side or, more likely, there is a horizontal vibration in the camera. See that the stars are blurred horizontally.
The stars blur horizontally in the still photos, because they are 2-second exposures. All stars will start to blur after about 2 seconds, due to the rotation of the Earth. The star trails show that the camera was steady and was not shaking.
The foreground trees are blurred because camera focus was set above "middle-infinity," which means foreground objects will be blurry. Objects that are beyond the foreground mountain-and-trees would be more in-focus. There is no camera-shake visible, because if there were, all the star trails would exhibit the same "shake signature," and they do not; the star trails all have the usual 2-second "star trail" that shows as a straight line, as would be expected. In 2 seconds, the "zig-zag" light trail shows forty zigs-and-zags, therefore 40 zig-zags divided by 2 seconds gives the object about a 20 Hz oscillation.
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Awesome video! The plasma are here. Always have been.
Thank you.
Maybe plasma kickstarted life on Earth. According to many scientific sources, plasma comprises 99.999% of matter in the universe. I think the chances are good that the "dusty plasmas" and the "plasmoids" have influenced life on Earth, and continue to do so.
Plasma balls like these are explined in a paper called: "Exploring the Link Between Paranormal Phenomena and Plasma Balls "
Thank you for the reference. I found the paper at the following link:
doi.org/10.31275/20243057
Perhaps you are the author?
It is a fascinating paper, and we need more research in this area of plasma studies.
I still wonder if the plasma balls are following a helical magnetic field line, which would appear as a zig-zag pattern when viewed from the side.
@@gtypestar I don't know why but there are more options like: it is spinning with bright at one side or, more likely, there is a horizontal vibration in the camera. See that the stars are blurred horizontally.
The stars blur horizontally in the still photos, because they are 2-second exposures. All stars will start to blur after about 2 seconds, due to the rotation of the Earth. The star trails show that the camera was steady and was not shaking.
@@gtypestar Look to the trees . They seem blurred only horizontally
The foreground trees are blurred because camera focus was set above "middle-infinity," which means foreground objects will be blurry. Objects that are beyond the foreground mountain-and-trees would be more in-focus. There is no camera-shake visible, because if there were, all the star trails would exhibit the same "shake signature," and they do not; the star trails all have the usual 2-second "star trail" that shows as a straight line, as would be expected. In 2 seconds, the "zig-zag" light trail shows forty zigs-and-zags, therefore 40 zig-zags divided by 2 seconds gives the object about a 20 Hz oscillation.