Scientists have discovered such planets, where earthquakes are coming like the Earth

Scientists have discovered such planets, where earthquakes are coming like the Earth
Earthquake does not come only on Earth. It also appears on other planets. Scientists have for the first time seen tectonic activity, ie seismic activity, on another planet separate from their solar system. This activity has been recorded due to the heat moving by the tectonic plate of the planet's upper layer. Let us know which scientists have made this discovery outside the solar system. what does this mean.

The study is published in The Astrophysical Letter Journal. This planet is 45 light years away from Earth. The name of this exoplanet is - LHS 3844B. There are also many volcanoes on this planet. Due to these eruptions, tectonic plates move from one hemisphere of the planet to another. That is, there is a lot of earthquake here.

Earthquake, Earth, Tectonic Activity, Seismic Activity, Solar System, Tectonic Plate, Scientific, LHS 3844B Park

LHS 3844B is a slightly larger and rockier planet than Earth. It revolves around a red dwarf star. The LHS 3844B is very close to its original star. It revolves around its star so quickly that its one year is equal to 11 hours. Like Mercury, the planet closest to the Sun in the Solar System, LHS 3844B, also lacks an atmosphere. Tobias Meier of the University of Bern said that due to the lack of this environment, it became easier for us to detect the activities going on inside the planet.

If there was an atmosphere, it was very difficult to find out what is going on beneath the surface of the planet. Because all this activity is usually hidden under the atmosphere. The planet LHS 3844b is so close to its parent star that it is locked with its original star. That is, it has come within the circumference of gravitational power. As the seven moons of the earth have stopped.

The daytime temperature on the planet LHS 3844B is 800 ° C. Whereas, it reduces to -250 ° C at night. The scientists suspected that such a difference in temperature is evidence that seismic activity is occurring inside the surface.

Tectonic plates on the earth raise mountains. The upper surface starts shaking when an earthquake strikes. Whereas, volcanoes erupt due to stirring, pressure, friction under the plates. This creates lava. The same process happens on other planets as well. But there is no atmosphere, so the temperature is also high.

Tobias Meier's team performed some computer simulations to test these movements of the planet LHS 3844B. These simulations revealed tectonic plate and geological division in the planet. Depth and structure of the upper surface were explored. This gave scientists a strong insight into the presence of tectonic plates and their movement.

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