Discover more from Remote View
ULTR - Finger prints
What is the message they are telling us?
Live stream microscope session 21:00 CET 8 April 2021
The extremely simple and cheap ULTR experiments are revealing new insights into how cavitation actually works and by pointing to soviet era research, could we be on the way to a clear understanding of how water based technologies could transmute matter and yield excess energy?
Close up video
De-materialisation / shape shifting?
They look like they can de-materialise matter and make it re-appear again. And they look like they can move things through the water as if it was not there, changing direction instantly. It looks like a much higher, uncompressed frame rate is needed to be more certain what is going on.
Magnetic particles found after ULTR experiment?
Experimenter DAVE reported 10th April 2021, that following an ULTR type experiment, he found that some of the particles were attracted to a strong magnet.
There are definitely a small number of pieces of aluminum debris left behind in the water that strongly stick to a magnet.
Not many but they are attracted and I did it this time in a controlled manner making sure not to get any forign dirt in there. Either it is some sort of magnetic elements being deposited into the aluminum from the tap water, iron or something as impurities in the AL foil, or we have transmutations into iron, or magnetic EVO clusters deposited in the aluminum in these pieces of debris.
I taped a strong neodymium magnet onto the end of a glass tube with packing tape then covered it with fresh teflon tape so it would be easier to see any particles attracted with the white surface and easy to confirm no dirt sticking to it beforehand. I see a couple larger pieces of aluminum and some smaller specs stuck to the magnet, one of the larger ones I was able to pick off with a wooden skewer stick and then bring back to the pole where it jumped off the stick again and back onto the magnet pole.
The two large pieces that stuck to the magnet look to be the focal points of previous dimple spots on the foil. They are similarly attracted to the magnet but are definitely aluminum foil. I took a picture of both of them side by side through the eyepiece of my microscope on the teflon surface of the magnet at lower mag(100x) then I flipped one over and took a few higher magnification shots at 250x, it shows a bit of a crack or something in the very centre of the dimple.
Please review the following Project OHMA videos
UPDATE: 26 August 2021
I am sure there is no coincidence here…