Author Topic: Magma vortex hypothesis about earthquakes.  (Read 225 times)

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Offline Fermer05

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Magma vortex hypothesis about earthquakes.
« on: March 28, 2021, 01:04:32 PM »
Magma vortex hypothesis about earthquakes.
Community of Russian Scientists.
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Rotating, the Earth's crust carries away magma, due to which dozens of magma vortices are formed, which move along the equator following the Earth's crust.
Magma vortices move relative to the Earth's crust with variable speed, sometimes stopping, similar to cyclones and anticyclones. Blocking anticyclones. http://meteoweb.ru/2018/phen20180730.php
Magma vortices are one of the mechanisms of the Earth's thermoregulation.
A cyclonic magma vortex is a magma vortex that throws magma up from the center of the Earth.
An anticyclonic magma vortex, on the other hand, draws in magma from the upper layers of magma and sends it to the center of the Earth.
When a number of factors coincide, a magma vortex can transform into a tornado.
Magma eddies, creating pressure and vacuum between the Earth's crust and magma, are one of the causes of vertical stress in the earth's crust.
A similar natural phenomenon is observed in the seas and oceans, when a whirlpool rotates under the ice.
https://images.app.goo.gl/3sRSRbVsEbWtMoVY6

A cork rests in the crater of a dormant volcano. Which, under the influence of its own weight and a tornado, goes down, due to which the volcano sucks in water and air, and as a result, an explosion of volcanic gases occurs.
When the volcano wakes up, the heavy plug of the volcano sinks downward, due to which the Earth's crust rushes upward, and as a result, a shock occurs. https://en.m.wikipedia.org/wiki/Volcano
It is possible that there are quite a lot of cooled plugs in the form of rocks on the reverse side of the Earth's crust, in extinct volcanoes, under mountains, in depressions, etc.
Stalactites https://en.m.wikipedia.org/wiki/Stalactite
https://images.app.goo.gl/S88sh4soLMuNsvbH7
When a huge rock breaks away from the Earth's crust, the Earth's crust rushes upward, due to which the first shock occurs.
Then, magma rushes into the formed void between the Earth's crust and the rock, due to which the second shock occurs https://youtu.be/zK7hXJUoFO0
When a heavy volcanic plug moves downward, due to friction, the volcano trembles and hums, similar to a log from which an unlubricated nail is pulled out.

The manifestations of volcanic earthquakes are not much different from tectonic earthquakes.
An explosion of volcanic gases can occur as a result of contact between magma and volcanic gases, self-ignition of compressed gas and electrical discharge.
If the explosion can break through the crust of the planet, a volcano will form; if it cannot, an earthquake will occur.
In Japan, an explosion of volcanic gases shattered a mountain 670 meters high.
In Indonesia, an explosion of volcanic gases destroyed half of the volcano and caused an earthquake in several cities, and there are quite a few such facts.
90 percent of volcanoes are located in seismically active zones. https://www.msu.ru/science/main_themes/geologi-mgu-raskryli-taynu-proiskhozhdeniya-kratera-na-yamale.html
Also, magma vortices possessing the properties of a gyroscope, precessing, reflect a tidal wave, upon collision of which a rogue wave is formed.
You can set up an experiment: if a half-filled vessel (bucket, jug, mixer) with rotating water, rotate around you (in orbit).
If the liquid in the bucket rotates to the right, then the bucket around itself (in orbit) must be rotated to the left.
You can also carry out such an experiment: rotate a round vessel with a thick liquid. https://bigenc.ru/geology/text/2037208

The geological activity of the planets depends on the diameter, axial and orbital velocity of the planets. Geologically active are: Earth, Jupiter, Ceres, Enceladus, Io, etc. The geological activity of Venus and Mercury, due to the slow axial rotation, is extremely low. http://www.evgengusev.narod.ru/spb/zhirnov-2011.html
It is possible that solar activity is the result of the geological activity of the Sun, and sunspots are funnels of magma vortices. https://www.spaceweatherlive.com/ru/pomoshch/chto-predstavlyayut-soboy-solnechnye-pyatna.html
The reason for the axial rotation of the Earth is cyclones and anticyclones, which move in the direction of the general transport of air, from west to east.
https://meteoinfo.ru/ugryumov/2926-ugryumov-perenos
Due to the rotation of the Earth, centrifugal force acts on the Earth's crust, but due to the orbital rotation of the Earth, the centrifugal force of the Earth oscillates, due to which the earth's crust moves.
It is also possible that the volume and mass of the Earth grows over the years.
As we can see, the weather above the Earth's crust depends on the speed and direction of rotation of cyclones, anticyclones, tornadoes, and the weather under the Earth's crust depends on the speed and direction of rotation of magma turns. https://en.m.wikipedia.org/wiki/Tornado
All physical processes that occur in the atmosphere occur in the ocean and in the Earth's mantle.
"The laws of nature are universal." Lao Tzu.

Criticism of the tectonic hypothesis of earthquakes.
1. Why do earthquakes occur both at the junction of tectonic plates and in the center of the plate?
2. The statement that tectonic stress is accumulating in the Earth's crust raises doubts. (This can be easily verified by putting experience).
3. Vibrations from earthquakes are transmitted in the form of seismic waves over a distance of more than 10 thousand km.
a) Then why do seismic waves not provoke earthquakes in other regions of the Earth? https://www.bbc.com/russian/russia/2013/05/130524_okhotsk_earthquake_reaches_moscow
b) Why does an underground nuclear explosion not provoke earthquakes?
4. Lithospheric plates cannot have the properties of a spring or rubber.
5. Why is the epicenter circular rather than elongated along the fault line?
6. As a rule, volcanoes and earthquakes occur mainly in the foothills, why are they practically absent high in the mountains and far from the mountains?
https://en.m.wikipedia.org/wiki/Ring_of_Fire
7. The statement that the plates move due to the temperature drop in the bowels of the Earth is questionable.
8. It is also doubtful that the plates can sink into the planet's mantle and reach the depths of the outer core.
9. If the lower lithospheric plates easily sink into the Earth's mantle, then during the creeping of the plates, the lower plate should easily sink down.
10. It is believed that the depth of the hypocenter reaches 700 km. Questions arise:
a) How do the plates interact at such a depth, given that the continental crust is about 30 km thick, and the oceanic one is 5 km thick?
b) How does the mechanism of energy transfer from the source to the epicenter at a distance of 700 km work?
c) According to the magma vortex theory of earthquakes, the diameter of the epicenter (pleistoseist region) depends on the diameter of the magma vortices and reaches 100 km. and according to the tectonic theory of earthquakes, the diameter of the epicenter depends on the depth of the source and should be more than 1000 km.
What will be the diameter of the epicenter if the depth of the source is 700 km?
11. You can carry out a simple experiment, if in a pool of water to move towards each other two rubber or wooden plates.
12. A volcano is a valve for dumping volcanic gases.
The statement that a volcanic eruption is the result of an increase in magma pressure does not correspond to reality, since the greater the magma pressure, the more tightly the vent closes. The mouth of the volcano is a cone several kilometers long. and to open the vent, the plug must be moved down, not up.
Continuation: Forum of Akademgorodok Novosibirsk. The science. https://forum.academ.club/index.php?showtopic=1235578
« Last Edit: Yesterday at 02:57:29 PM by Fermer05 »

Offline Fermer05

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Re: Magma - the gateway hypothesis of earthquakes
« Reply #1 on: Yesterday at 10:32:02 AM »
The statement that a volcanic eruption is the result of an increase in magma pressure does not correspond to reality, since the greater the magma pressure, the more tightly the vent closes. The mouth of the volcano is a cone several kilometers long. and to open the vent, the plug must be moved down.
A volcano is a valve for venting gases from the Earth.