Safety suggestions for plasmoid researchers
Click to open: Letter to the Editor 2019
The picture above is a micro ball lightning track on particle detection emulsions that Matsumoto put outside his experimental cell in the mid 1990s. I told him he’d find tornado-like markings like that in 1992, and this and other tornado-like tracks are evidence that the plasmoid theory I had in the early 1990s was valid. The ring that hopped and skimmed on the surface was about 50 micrometers wide.
According to Urutskoev, markings on the film he used to record similar markings away from his experiment show that the plasmoids had mega electron volts of energy. These experiments show that energetic, material transforming and damaging microscopic objects may leave experiments by boring a tunnel on their way through or by passing through with perhaps no effect through materials.
Their transmutation effects and energy release are difficult or impossible to control at this time. Urutskoev tried to estimate the energy of the microplasmoids by the way they darkened the detection material, but we can not be sure that his energy estimates are correct for several reasons. This is because we do not know what what they did before they reached the detection material and what happened to them after they landed. Perhaps they flew off the sheet and caused greater energetic effects someplace else. Also, we do not understand plasmoid behavior. There has not been sufficient testing to experimentally determine how and with what energy expenditure a plasmoid causes material changes such as material flow, atomic disassociation, and the darkening of detector films. These are a new state of matter, and their properties are as yet unclear.
For these reasons, that they change states, leave experiments and cause damage and obviously cause living things harm, it would be prudent for experimental researchers and people working with plasmoids to keep a distance from them, attempt to shield from them, and learn for themselves about how they act in their experiments. Their effects and properties are as yet not fully understood, and as Russian researchers have recently experimentally shown, microplasmoids are much more common in our daily environments than we knew. They come out of car exhaust pipes and are probably formed at the spark plugs. They have always played a role in damaging not only engines but things in the environment, and they have had an effect on the energy output and exhaust outputs of gasoline engines for more than 100 years.
In this Letter to the Editor that was published in 2019, I wrote about experiments that had been performed on laboratory animals, but if you read the much longer article I wrote in 2021 (Health Risks of Microplasmoids in Transmutation/Energy Generation Experiments and Devices, published in 2024 in Infinite Energy), you can find information about excellent research that was more recently performed by testing plants with microplasmoids. Priakhin’s experiment suggests that lead may be a good shielding material and that even a thin sheet of paper is better than a thin sheet of aluminum.
Letter to the Editor warning about dangers to health Infinite Energy issue 145 May/June 2019 p.4. This is an editor’s corrections and edits copy.
