Also, it could be room temperature so it wouldn't be as light and it could happen close to the ground, as we've seen. So recombination can be very slow, which would make it plausible that they would last that long. In this case, a type of plasma can be composed of positive and negative ions, rather than positive ions and electrons. Furthermore, a hot plasma combined with a magnetic field would not make it last as long as it does. This would make it very light, and would make it rise. But it is not a very convincing theory, if so, the gas that makes it up should be very hot. One of them is that the spherical beam can be a plasma highly ionized by self-generated magnetic fields. As we have commented, I do not know exactly how it happens. Hypothesis on the formation of the globular rayĪlthough for a long time the phenomenon was considered a myth, after 3000 testimonials and documentations where the sources and their explanations of what they have seen vary widely, today it is already treated as a real and unusual phenomenon. Something that continues to draw attention today and that prevents a strong scientific explanation from being given and where there is still a debate, is the way in which these phenomena occur, and the great longevity they have. Or this one that did manage to be filmed the summer of this past year, in the region of Siberia. There is also a case of a spark (globular lightning) in the aisle of an airplane with passengers inside. Quickly the newspapers were filled, and also to denounce on the part of the neighbors of this phenomenon. One of these rays entered the kitchen, the witness verified how in this case it exploded inside her, causing her mother to fall to the ground. It had like layers, the outer one opened about twice, revealing a bluish light inside.Ī very particular case occurred in the city of Rosario, Argentina, on February 25, 2012. The ball approached him, and about 10 meters from him he could observe it carefully. He tells how he was moving very close to the ground, near trees and bushes, but never coming into contact with them, as if he were avoiding them.

The ball in this case lasted for a long time. He describes it as a matte white light, averaging about 20 / 30cm. Vladimir explains how he was in a forest, it was a quiet day, everything was calm, and he saw that spark appear. In his book «In the mountains of the Sijoté-Alín», he talks about his testimony of a globular ray. One of them dates from 1908, a Russian explorer named Vladimir Arseniev. Attempt to recreate a globular ray in the laboratory

Globular lightning