To date, there are no clear scientific theories about the origin of life on earth. And proponents of abiogenic and biogenic theories have long been arguing about the origin of oil, and so far there is no advantage on anyone's side. But in relation to water, as many experts believe, came to Earth either from comets, meteorites, or was obtained as a result of the interaction of hydrogen with oxygen in the air, carried by the solar wind in the form of protons. However, it is completely ignored that water is capable of decomposing under the influence of ultraviolet and ionizing radiation to form free hydrogen, and that is practically not held by Earth's gravity at all. And meanwhile, a billion years ago, because the Sun was younger, its hard component of electromagnetic radiation, the intensity of charged particle fluxes was much higher than now. Accordingly, the emission of hydrogen from the Earth's surface far exceeded its influx from solar protons. Also, there is no answer to the question: how did the water get into the bowels of the earth, where it is ten times more than on the surface? And why is there deuterium in the surface water, although there is little, but still there, and not at all in the deep water? And why is the isotopic composition of a number of chemical elements such that there are many times fewer isotopes that absorb neutrons well than those that are transparent to neutrons? For example, lithium-6 (absorber) is ten times less than lithium-7, carbon-12 is 20 times more than carbon-13 (absorber), nitrogen-14 is more than nitrogen-15, etc. Moreover, if you look at the percentage of content in the earth's crust, then lithium and boron are an order of magnitude more than beryllium. And beryllium has only one stable isotope: beryllium-9, which does not absorb neutrons, but reflects them well. Therefore, by the way, it is used as a shell for nuclear charges. But if it reflects neutrons, then it still interacts! And the oxygen? Most of all (99.7%) oxygen is 16. Then there is oxygen-18 (0.2%) and least of all oxygen-17, which strongest absorbs neutrons. This could not happen with standard thermonuclear fusion going on in the stars and our Sun. In addition, why is methane so dispersed in rocks, and when coal is mined in mines, it literally "oozes" from all pores? And sometimes it occurs even where there could never be any bacteria? Moreover, not only methane, but also hydrides and molecular hydrogen are found in the bowels of the Earth, which is adsorbed by various rocks. But it turns out that you can try to give one answer to all these questions. Let's imagine that sometime, maybe billions of years ago, our Sun "super flared". Such things happen in Space sometimes. For example, on April 25, 2008, NASA's Swift satellite recorded the brightest flare ever observed from an ordinary star other than our Sun.
This is an ordinary red dwarf, by far the most common type of star in the universe. It emits only one percent of sunlight and contains only a third of the solar mass, and it is 15 times younger than our Sun. However, suddenly, it produced a flash exceeding the solar luminosity by hundreds of times. And, according to experts, young stars rotate faster and generate more powerful flares, so in the first billion years of its existence, our Sun must have released millions of energy flares that would have a profound impact on Earth and other planets. And, presumably, with such a powerful process, protons of very high energies are emitted. And they, according to the hypothesis proposed in the article "The mechanism of stellar thermonuclear processes as a transformation of a quantum mechanical system", weakly reflected, turn into fast neutrons, which happened to our young Sun. Then, fast neutrons "piercing" the earth's interior, and being slowed down by carbon (Earth mainly consisted of it), underwent beta decay. Or, in other words, they turned into protons (as well as electrons and antineutrinos), which, as is known, are the nuclei of hydrogen atoms. If we take into account that neutron radiation belongs to a penetrating species, then it is how hydrogen could enter the earth's interior and form various hydrocarbons, as well as metal hydrides and adsorbed molecular hydrogen found in terrestrial rocks. Then, fast neutrons "piercing" the earth's interior, and being slowed down by carbon (Earth mainly consisted of it), underwent beta decay. Or, in other words, they turned into protons (as well as electrons and antineutrinos), which, as is known, are the nuclei of hydrogen atoms. Moreover, it should be noted that such a "bombardment" lasted for millions, and even tens of millions of years at least, since the Sun simply could not calm down faster. And water, like a number of organic compounds, arose as a result of the interaction of hydrocarbons with oxides and oxygen-containing compounds of various metals, since free oxygen was absent and formed just from water, and not vice versa. So, a little more about water. It is a kind of "chemical pit" for hydrogen, since oxygen is the "silver medalist" among non-metals. And it displaces other non-metals from their hydrogen-containing compounds. The result, of course, is water. And the only exception fluorine is here. Thus, if you "mix together" all the chemical elements, then hydrogen and oxygen will, necessarily, sooner or later, combine into water, unless, of course, the temperature does not exceed 2000 ° C. And on this path, organic compounds, in conditions of abundance of radicals, will be "more than enough". By the way, it seems that life also arose, most likely, precisely as the desire of the physicochemical system to reduce the content of radicals, that is, what is too much... However, any theories based on a "simple" explanation of Life are obviously flawed.
But what, then, had such an exciting effect on our Sun and on the star EV Lacertae? Why did its "super flared"? In the mentioned article "The mechanism of stellar thermonuclear processes as a transformation of a quantum mechanical system" it was shown that protons, in weak reflection processes involving muon and tau-lepton antineutrinos, as well as positrons, can significantly increase their kinetic energy and, therefore, their velocity. And then, in the same processes, protons will turn into fast neutrons. But, of course, neutron beta-decay after about 15 minutes. Consequently, protons arise again. And the process of transformation into neutrons repeats again, until the proton energy becomes less than 1.2 Mev. And, according to the calculation, in order for the neutron to reach the Earth in this case, the initial energy of the proton should be about 20-30 Mev, which, of course, is much more than in chain nuclear reactions, but it is quite achievable. Especially when you consider that muon antineutrinos have energies exceeding 200 Mev, and tau-lepton ones, generally more than 1 Gev.
In other words, all cosmic bodies "float" in the "antineutrine" ocean, which is capable, like an ordinary ocean, of launching a very powerful tsunami. Which will kill someone, and give Life to someone...
The book "The quatrains as a source of the coincidences" presents an interpretation of the quatrains of Nostradamus, which differs from others in that the quatrains are used only as a springboard in order to discover amazing coincidences, both in the biographies of famous people and in the most significant historical events.