Photosynthesis, hemiosintez, radiosintez

on 28 August 2012.

Opening of photosynthesis was a huge milestone in the understanding of the role of solar radiation in life on Earth. The fact that the sun is the source of life for all living beings, without exception, was solemnly proclaimed and still regarded by some as an incontestable axiom.

 When opened hemiosintez, it turned out that even without solar life is possible. But somehow it did not officially passed unnoticed, like a picture of the train window. Not all of it is interesting that in the depths of the ocean near undersea volcanoes and under terrible pressure at all, it would seem inappropriate for protein bodies temperatures life exists, flourishes, does not depend on the age of the sun and is not inferior to the oldest types of surface (and, most likely, and superior them).

Nobody ever considered using the radioactive decay energy as a source of life. It is considered that the radiation is detrimental to all life. Alpha particles, beta particles, neutrons, X-rays and gamma rays, and ultraviolet light destroys the hard tissue, making irreversible changes in the protein structure.

Hemiosintez - to provide energy for biosynthesis by chemical reactions - as a clear, understandable, provable. Huge deposits of ores, which were formed by the activity of such microorganisms - is no small proof. Billions of tonnes are very powerful argument.

But here there is no trace of radiosinteza. There is no argument to prove the possibility of such a synthesis for living organisms.

And look for these marks is unclear where.

If microorganisms are able to absorb the energy of decay for biosynthesis, somewhere had to form deposits of radioactive substances, accumulated through reproduction of these organisms. After all, they had to suck them out of the environment, to use the energy decay, share live, die. A half-life of radioactive elements can be millions and billions of years. Used so that only a small part of them, the rest went to the bottom, in the mud, in accumulation, as ore formation. And with all the isotopes, stable or not: there is hardly selective absorption of substances could be separated isotopes.

In addition, different types of decay, of course, different attractive. If the energy of alpha particles and electrons completely recyclable, the energy of the gamma rays and neutrons is very doubtful - it's too high they value free path. However, there can be a lead - if any part of the cell is the molecule element interacts well with the radiation, it might be some kind of energy exchange. The absorption of energy from the collision of high-energy division at some small, digestible parts is possible. For a neutron particle can be hydrogen, which is almost mandatory in organic molecules. For gamma rays and X-rays is preferable heavy element in the molecule cells.Another small detail.But after living organisms are not very fond of heavy elements. A radioactive, unstable twins (isotopes) and a set of light elements. If these isotopes was set, and grabbed microorganisms and radioactive and non-radioactive isotopes, sediments can represent and calcium, and iron, and manganese education.

If microorganisms captured some of the radioactive isotope, the chances are that the radiation reaches the desired point in the cell where energy is converted is small, because the radiation is emitted in all directions equally. But if there are two such cells, the probability increases, ten more, a million - even more. Consequently, it can be expected that similar organisms will tend to unite to form a conglomerate, cluster. This will be more likely to use any of the emitted anywhere particle decay. And the warmth of this scheme will be utilized better.

And there are similar education?

And there is!

Bottom of the ocean is literally strewn with iron-manganese nodules. Production prospects seem to be very attractive. Despite the cost (deep equipment), some countries are already actively engaged in developing the seabed.

The secret of manganese nodules on the ocean floor is not yet understood. The most logical explanation for the author.

But the process can continue now and microorganisms may still be alive, and test them for the ability to utilize the energy of radioactive decay is possible ... Even the waste treatment problem is solvable with them.

But why only microorganisms?

After all, to have a hundred pounds of uranium in the ash? ... If ubiquitous uranium extracted from coal, then for some reason he plants need ... Not all plants are equally uranium absorb, not all types of radiation are well tolerated, but some of this radiation is necessary, as the color that rose from the radioactive ashes of
Hiroshima in a few weeks after the explosion.

The fact that insects carry radiation in very large doses, said an exclusive system repair damage ... and, perhaps, the need to spend part of their lives in conditions of radiation, warm radiant heat, breathe ionized air, the substance of nitrogen, oxygen, carbon dioxide and hydrogen directly into the air, so ... Eat, grow from radiation ...

How else to explain that removing the nuclear reactors on submarines saw swarms of cockroaches in the white field, where the living can not stay alive?

The author would be grateful to anyone who will confirm this statement.

Our understanding of life and can be a little change, if so, if there is radiosintez.

Environment around the microorganism may be mediated by a nutrient medium under the influence of radiation. For example, molecules of nitrogen digestibility extremely bad, but nitrogen ions, resulting in the bombardment of the molecules decay products (yes, even atomic nitrogen), it can be used for biosynthesis. Carbon dioxide, oxygen, hydrogen, ionized provide beautiful broth to digest. Not only absorb ions in biological molecules is released energy, which can be used in further chain synthesis. That is, the microorganisms in the irradiated medium, but he does not fall under the effect of radiation can find the energy and nutrients are literally in the air. (By the way, should not in greenhouses way to feed plants? Organizing a harsh radiation indoor air (flasks fitodromah) forced pumping, the air will become a breeding ground for them, not the worst of black soil).

Is there a species insensitive to radiation? Those for which the thousands and hundreds of thousands of X-ray is not a death sentence?

"In a nuclear reactor, where the dose rate was 10 rad million a day, the bacteria were discovered that not only did not die from the powerful flow of radiation, but divided, multiplied and felt fine." (SP Landau-Tylkina. Radiation and Life, p.27,
Moscow, Atomizdat, 1974)

Insects carry hundreds of thousands of happy, in its most stable form (adult) is also not very suffering.

Recall that happy - is a unit of absorbed dose for each type of ionizing radiation. 1 rad corresponds to the absorption of radiation energy of 100 ergs per gram of material. (X-rays, as the absorbed dose of electromagnetic radiation. Roentgen 1 - 88 ergs per gram).

As once scoffed at those who sought radioprotectors - substances that reduce the effects of radiation. Then he suddenly stopped witty remarks. Now open the encyclopedia and read what is said about the "radioprotection". The spacecraft is stitched through radiation. Flash in the eyes - and often already familiar and explaining phenomena. But the single high-energy particles - this is nonsense, the general background of space (Solar and Universal) radiation - that's a problem. Radioprotectors found, they are taking the drugs, they can dramatically increase the body's resistance to radiation. And chemical composition of some very similar to the composition of chitin, the external skeleton of insects.

Somehow psychologically shape relationship radioactivity of uranium, radium, thorium. And if we look for ore deposits of these elements, then you never will finds. Find them mostly in the coals (interesting fact, a ton of coal ash from coal inclusions on the Colorado Plateau, Triassic deposits of uranium is 125 pounds!). There are some legendary uranium deposit in
Africa, known as an educated, which works as a natural reactor ...But after living organisms are not very fond of heavy elements. A radioactive, unstable twins (isotopes) and a set of light elements. If these isotopes was set, and grabbed microorganisms and radioactive and non-radioactive isotopes, sediments can represent and calcium, and iron, and manganese education.

If microorganisms captured some of the radioactive isotope, the chances are that the radiation reaches the desired point in the cell where energy is converted is small, because the radiation is emitted in all directions equally. But if there are two such cells, the probability increases, ten more, a million - even more. Consequently, it can be expected that similar organisms will tend to unite to form a conglomerate, cluster. This will be more likely to use any of the emitted anywhere particle decay. And the warmth of this scheme will be utilized better.

And there are similar education?

And there is!

Bottom of the ocean is literally strewn with iron-manganese nodules. Production prospects seem to be very attractive. Despite the cost (deep equipment), some countries are already actively engaged in developing the seabed.

The secret of manganese nodules on the ocean floor is not yet understood. The most logical explanation for the author.

But the process can continue now and microorganisms may still be alive, and test them for the ability to utilize the energy of radioactive decay is possible ... Even the waste treatment problem is solvable with them.

But why only microorganisms?

After all, to have a hundred pounds of uranium in the ash? ... If ubiquitous uranium extracted from coal, then for some reason he plants need ... Not all plants are equally uranium absorb, not all types of radiation are well tolerated, but some of this radiation is necessary, as the color that rose from the radioactive ashes of
Hiroshima in a few weeks after the explosion.

The fact that insects carry radiation in very large doses, said an exclusive system repair damage ... and, perhaps, the need to spend part of their lives in conditions of radiation, warm radiant heat, breathe ionized air, the substance of nitrogen, oxygen, carbon dioxide and hydrogen directly into the air, so ... Eat, grow from radiation ...

How else to explain that removing the nuclear reactors on submarines saw swarms of cockroaches in the white field, where the living can not stay alive?

The author would be grateful to anyone who will confirm this statement.

Our understanding of life and can be a little change, if so, if there is radiosintez.