Venus and Mars have no magnetic field, is it the lack of dark matter?

There are 8 planets in the solar system. By convention, both planets should have magnetic fields. But it happens that the two neighbors of the earth - Venus and Mars have no magnetic field.

Venus and Mars are both terrestrial planets with a volume similar to that of the earth. They are both solid planets and can be called the sister stars of the earth. But the earth gave birth to life, but Venus and Mars are now infertile oligarchs.

Cosmologists determined that Venus and Mars had no or lost magnetic fields, resulting in the inability or loss of life.

Why don't Venus and Mars have magnetic fields? The author believes that it is caused by the lack of dark matter, and puts forward the following views

The role of dark matter

1. The proportion of dark matter to the total mass of the universe

According to the hypothesis put forward by astronomers' research, "repulsion" (dark energy) accounts for 73% of the total mass of the universe, "dark matter" accounts for 23%, and celestial matter (satellites, planets, stars, galaxies, nebula) accounts for 4%.

2. The contribution of dark matter to the creation of the three-dimensional universe

① The mystery of the generation of dark matter

According to Gamow and Hubble's big bang hypothesis, it is believed that after the "singularity" big bang, gravitational force, strong nuclear force, electromagnetic force, weak nuclear force and atoms were successively produced.

But there is no clear answer as to when dark matter was produced and whether it was produced when the "singularity" exploded.

② Evidence for the existence of dark matter

Cosmologists analyzed the redshift and blueshift velocity of the celestial body and found that the gravity of the central black hole of the blueshifted celestial body is not enough to constrain the escape velocity of its stars and galaxies, but the superspeed escaped celestial body did not collapse and was still orbiting the central black hole normally. . The only explanation is that there is a mysterious force that is at least 5 times larger, pulling and controlling the escaped celestial bodies in the central black hole region, and implementing long-arm management. This mysterious force is called "dark matter".

③Dark matter condenses the three-dimensional universe

According to the Big Bang hypothesis, atoms and nebulae were created when the "singularity" exploded 1 billion years ago.

Dark matter has gravity and is unevenly distributed in the universe. Dark matter condenses the nebula of atoms drifting around the universe into clumps, making it the fundamental matter of the universe. Matter also has gravity. With the help of the gravity of dark matter, large clusters of matter shrink and undergo nuclear fusion to become stars, and small clusters of matter (less than 4% of the mass of the sun) shrink into planets. Countless stars make up galaxies, and countless galaxies make up the three-dimensional material universe. It can be said that without dark matter, the three-dimensional matter universe could not have arisen.

3. The author believes that the gravity of dark matter and planets ignites planetary particles and generates magnetic fields

①After the planet is formed, under the traction of gravity, the heavy elements aggregate to the core of the planet and gradually form a solid core.

②The planet is a sphere, and dark matter wraps the planet. The gravitational force of the planet and dark matter is directed towards the particle of the planet according to the spherical arc. At the particle point, the gravitational forces from all sides collide and annihilate, and the gravitational force disappears to zero.

③ Gravitational annihilation generates huge thermal energy, which heats the core of the earth. Continued gravitational annihilation creates a constant stream of thermal energy that can finally melt the solid core of the heavy elements.

④ Magnetic field generation:

After the earth's core melts, due to the interference of the gravitational force of other planets and stars, the particle of the planet is constantly displaced, which causes the earth's core to rotate and generate friction with the mantle, the earth's core generator starts, and the planet's magnetic field is generated.

2. Venus and Mars do not have magnetic fields, so where does dark matter go?

Venus and Mars do not have a molten core, so without a magnetic field, life cannot arise and survive. This situation is caused by insufficient core temperature.

However, tiny Mercury has a molten core and magnetic field. This proves that Venus and Mars were not supported by the strong gravitational force of dark matter or left after being supported.

Where has dark matter gone?

1. Dark matter was stolen by the earth?

The earth is the neighbor of the two, the left and right neighbors lost something, the earth is suspicious;

2. The dark matter of Mars was taken away by Jupiter, and the dark matter of Venus was taken away by the sun?

This possibility is unlikely, because they are all neighbors, Jupiter can't just grab Mars but not Saturn; and the sun can't be close and far to grab Venus.

3. Asteroid impact stripped dark matter?

① Cosmologists speculate that in the past 3.7 billion years, at least 600,000 asteroids have hit Venus, whether this carpet bombing stripped Venus of dark matter;

②3.9 billion years ago, an asteroid the size of Pluto collided with the north pole of Mars, forming a huge crater 8,500 kilometers long, accounting for 40% of the area of ​​Mars.

Whether the impact of the North Pole of Mars has also stripped the dark matter wrapped around Mars.

Closing remarks:

Venus and Mars do not have a molten core, so there is no magnetic field; without a magnetic field, life cannot be nurtured on the planet.

Is this the result of being abandoned by dark matter?