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The death of Yeniseisk
The death of Yeniseisk

Video: The death of Yeniseisk

Video: The death of Yeniseisk
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The death of Yeniseisk from a thermonuclear explosion on August 27, 1869

The theory of atomic or thermonuclear warfare in the 19th century is confirmed by the report on the death of the city of Yeniseisk from a thermonuclear explosion with a detailed description of the consequences in 1869.

We are watching the panorama of the city during a fire.

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We see a fairly large city on fire with European buildings and multi-storey buildings.

What do we know about Yeniseisk now?

Yeniseisk is a city in the Krasnoyarsk Territory of Russia, the administrative center of the Yenisei District and the city district, the city of Yeniseysk.

Population - 18 359 people. (2015).

The city is located on the left, low-lying bank of the Yenisei, below the confluence of the Angara, 348 km from Krasnoyarsk.

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A small provincial town with a population of 18 thousand inhabitants.

And now a description of the events.

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It all starts, as always, with a very long preamble, about the fact that the city stands on peat bogs, and that they should have been drained in time, about the negligence of local officials and the fact that the swamp is burning even in winter ???

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In less than an hour, most of the city was in the "sea of fire, blown up by the storm."

Combustion power and combustion temperature:

1 Even the bells, located at a distance of 100 sazhens from the buildings, have been melted. 1 fathom - 2, 16 m, i.e. about 200 m from the buildings..

It turns out that it was not peat that was burning, but some kind of TNT, moreover, over the entire area.

2 The melted stone rubble that strewn the streets was red-hot.

The melting point of granite is, by the way, 1000 degrees.

Can you imagine the power of the fire?

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People died even in the Yenisei, sitting up to their throats in the water. This means that the water in these parts of the river has boiled.

Denaturation of meat protein (folding) occurs at a temperature of 60 degrees C, that is, people are simply boiled in the river.

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Repeated attack on September 16, 1869, 20 days after the first. Most likely, another city to the south was attacked (possibly Krasnoyarsk), but here there were only echoes. A thick smoke came from the southwest, which was not seen. Anxiety, panic of the population in anticipation of the light show.

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Identification of remains only by buttons and metal items.

The remains of the skeletons were covered with lime for the purpose of disinfection. Lime eats away tissues and bones, so there was almost no chance of finding a relative.

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From the city they began to expel people who survived the catastrophe and survived IN IT, with mental deviations or insanity, as witnesses of the events.

The cleanup has been carried out.

Dmitry Mylnikov's comment:

Judging by the description of the event, this is not a nuclear or thermonuclear explosion, since people managed to run into the river in order to escape from the "fire" there. And as dmitrij_an noted in the comments, during a thermonuclear explosion, the water in the river should not just boil, but generally evaporate. Except that the explosion was high-altitude, which could reduce the radiation power on the surface.

At the same time, the presence of melted stones indicates that the temperature was very high, clearly higher than in any fire with an open fire. And the water in the river cannot be boiled during a fire on the shore.

This is very similar to the fact that someone "roasted" the surface of the Earth at a given point from orbit. Any kind of lasers and other beam technologies would require too much power of the energy source, since the distance is too great, and the radiation power loss is proportional to the square of the distance.

I just thought that if we have some kind of large lens that we can place between the Sun and the Earth, with the help of which we can then focus the solar radiation at the desired point on the surface, then we will get just such an effect. Moreover, such a "lens" should not be made of glass at all. If we know how to travel around the Universe, then we are able to control gravitational fields, which, as you know, can deflect the light flux. That is, with the help of gravity control, you can not only throw meteorites over the planets, but also focus the light of the star at the desired point.

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