It is physically impossible for a free macrobody to revolve around another moving body in any type of geometrically closed path. Planets are free macrobodies; the central body (sun) is a moving body, and the circular/elliptical path is a geometrically closed path. Hence, a planetary orbit cannot be circular/elliptical. This fact can be determined by observing someone trying to run around another person moving along a defined path.

Circular/elliptical orbital path around a central body is an apparent phenomenon. Every cosmic body has its own independent path, which may be modified by the presence of other bodies. Therefore, in reality, Mars is orbiting about (not around) Earth, and Earth is orbiting about (not around) Mars. Nearby cosmic bodies, considered as a single group, appear as part of a planetary system.

See: Shape of orbital path at http://vixra.org/pdf/1311.0018v1.pdf

Nainan www.matterdoc.info

The text I am writing is only a short part of the subject. I will explain the calculation method, formulas and full explanations later.

1- When the electromagnetic force passes through any object, rings are formed around that object. Rings are formed around the Sun, Earth and Mars.

What astronomy (and nuclear physics) has forgotten are the properties inside the rings.

The beginning of the ring, the middle of the ring, and the end of the ring have different important properties and provide answers to many mysteries, such as the amount of radioactivity of the object.

During the life of any object, events occur that cause its orbital speed to change. When a planet's speed around the sun slows down, the planet's distance from the sun must increase, and its orbit becomes more elongated.

Venus is in the first ring of the Sun.

Earth is in the second ring of the Sun.

Mars is in the second ring of the Sun.

Earth and Mars are in the same ring.

Important note: Two objects that want to form a binary bond and lock onto each other must be inside the same ring. For example, a binary bond between Earth and Venus will never occur. (Proof of this will be presented shortly).

For Mars to orbit the Earth: 1- The Moon must separate from the Earth and the Earth becomes like a positive ion. Or one of Mars' moons must be destroyed somehow and Mars becomes a positive ion. 2- The Earth's rotation around the Sun must be reversed or Mars' rotation around the Sun must be reversed. As a result, the Earth's orbit will approach the orbit of Mars. I have explained more below.

2- The solar system is not always calm. Any impact to the center of the galaxy, or to the surface of the sun, or a planet, etc., causes a shock to all the objects in the system. When the sun receives a large shock, it briefly loses complete control of the solar system, causing objects to move between the rings or collide with each other.

3- Space objects have properties similar to elements. They have various types of covalent and ionic bonds, etc. In the solar system: In proportion to the mass of the core and the mass of the Sun's crust, planets, moons, rocks, etc. must be formed. If the number of objects in the solar system is less than the required amount, the solar system becomes like a positive ion and its end rings become wider so that it can trap mass from the external environment.

The same thing will happen to Earth or Mars.

The Earth originally had one or more moons. In the great solar system collision, one or more moons collided with the Earth. This collision probably occurred at a time when the atmosphere of the solar system was full of oxygen. This caused water to fall to the Earth's surface. As a result, the Earth's core and crust were hot and desperately needed a moon in its environment. The Earth became positively ionized.The Moon was originally in the third ring of the Sun. The Moon rotates at a speed of about 10 hours. In the great solar tremor, the Moon is separated from the third ring and moved to the second ring. As a result of this displacement, the Moon's core cools. Many features within the Moon's core are lost forever. The Moon's magnetic field is destroyed.As the Moon's orbit approaches Earth, it is easily caught in Earth's magnetic field. On its sixth orbit, it enters Earth's atmosphere. However, a full binary collision between Earth and Moon does not occur. This is because the cores of these two binary bodies should be alive and in the same orbit, but the Moon's core has cooled due to its movement between the two rings.

4- In the normal state: The events that happen to the planets of the system are not random and happen to each of them in a specific order over time. For example: The Earth becomes tilted over time like Uranus, its internal rotation reverses like Venus, and it revolves around the Sun in the opposite direction like Pluto.The totality of events for each planet is repeated in a periodic period. For about half of this periodic period, the planet is in good condition. We call this time normal.

But in the second half, the planet experiences various crises.Sometimes it rotates counterclockwise around itself and sometimes counterclockwise around the Sun, and for a moment it locks onto the Sun (only one side of it faces the Sun). We call these times critical.

Earth, Jupiter, Saturn, and Neptune are in normal orbits.

Venus, Mars, Uranus, and Pluto are in critical orbits.

If two planets are in the same ring and both are in normal orbits, their orbits will never enter each other's orbits.

If either of them is in a critical orbit, the probability of entering each other's orbits is high.

Interesting fact: Pluto, Charon, and Neptune are in the sixth ring of the solar system. Pluto and Charon orbit each other as a complete binary.If conditions are right, there is a possibility that Neptune could join Pluto and Charon to form a triple group.

5- The formation of a perfect binary star and their properties are similar in all space objects.

A look at Pluto and Charon, perfect binary objects:

Figure 1:

The direction of Pluto's poles is opposite to that of Charon's poles. As a result, when their orbits approach each other, they should repel each other. The two repulsive forces f1 and f2 are magnetic repulsive forces.Pluto's past: When Pluto was not yet attached to Charon, it had one or more moons. During the Great Solar Shock, a full moon (which will be explained shortly) or large rocks collided with Pluto's surface. These impacts created a massive shock wave that ejected some of the moons from Pluto's atmosphere. As a result, Pluto became positively ionized.(If Pluto had been orbiting the Sun in an east-west direction at the time of the big shock, its rotation rate would have been about 8 to 10 hours, and the big shock and centrifugal force would have easily thrown its moon out.)

When Pluto becomes a positive ion, it tries to attract objects around it.In Figure 1, Pluto's gravitational force is equal to the force U.

While Pluto orbits the Sun from east to west, like Earth, its orbit is not stretched, but during the rotation, Pluto's direction of rotation around the Sun is reversed. Since it is rotating in the opposite direction of the Sun's magnetic field, its speed decreases and, as a result, it obeys Kepler's laws as it moves away from the Sun.Its orbit becomes more and more elongated, approaching its ring (ring 6). Eventually, the end of the ring will catch up with Charon's orbit. Pluto's ion force (U) attracts Charon, and the repulsive force F causes the two to separate. At a certain distance between them, the forces U and F equalize and cancel each other out. Pluto and Charon become completely tidally locked.Figure 2: Three big surprises happen here.

These two planets are Pluto and Charon. They are before they merged. Each has several moons (the number of moons is hypothetical).

On Charon: Moons M1 and M2 are in the first ring.

On Pluto: Moon N1 is in the first ring. Moons N2 and N3 are in the second ring.

First surprise:

In Part A, Figure 2: The two planets Pluto and Charon are connected. A virtual planet has been created between Pluto and Charon. The virtual planet is yellow.

I named this virtual planet Planet Puran. The relationship between the two planets Pluto and Charon is always stable and both share in every good and bad event. And Charon and Pluto do not act independently and all events only affect Planet Puran.

Second surprise:

The moons that orbit Pluto actually orbit Pluto and Charon.As a result, they orbit the planet Puran.

There are rings around the planet Puran. These rings are not just from Pluto. These rings are from the merger of Pluto and Charon.

After the merger of Pluto and Charon, Pluto's moons and Charon's moons orbit the planet Puran.

As a result, Pluto's moons will orbit Pluto and Charon after the merger.

And Charon's moons will also orbit Pluto and Charon after the merger.

On Pluto: All the moons in the first ring will be in the first ring of Puran after the merger.

The moons in the second ring will be in the second ring of Puran after the merger. The same thing happens with the subsequent rings.The same situation occurs for Charon.

Example: Part of the moons in the first ring were from Pluto and another part were from Charon. As shown in Figure 2.

It is possible that after the merger, moons and rocks from other places entered the rings of Puran.

The third surprise:In Figure 2, Part B: Electromagnetic lines passing through the moons of Puran pass through the poles of Puran. The lines leaving Puran are equal to the sum of the lines leaving Pluto and Charon. The lines entering Puran are divided into two parts and connect to Charon and Pluto.Important: The strength of the line connected to Charon and Pluto is not equal, and each has a stronger nucleus, so the strength of its lines is also stronger.

I will give a full explanation with formulas and how to calculate later. Thank you.

The conditions required for a complete binary bond between two space objects: 1- Both objects must be inside a ring from birth. (The connection of the nuclei of both objects to the nucleus of the parent object must not be disconnected). 2- Their translational rotation directions must also be opposite (first, they repel each other and second, one orbit must be stretched so much that it cuts off the other orbit). 3- There must be ionic attraction between them. (They must attract each other).

Eventually, this will happen to Earth and Mars. And Mars will orbit Earth. From that moment on, they will always be together and everything will happen to both of them at the same time.

In figure 3: We use two wires carrying electric current. If the currents flow through the two wires in the same direction, the force between them is attraction. Similarly, if the currents flow through the two wires in the opposite direction, the force between them is repulsion.

If two spatial masses with specific conditions are used instead of the wires, similar results are obtained.That is, if the currents pass through two space masses in the same direction, the force between them is attraction. Also, if the currents pass through two space masses in the opposite direction, the force between them is repulsion.

Specific conditions that each of the two space masses must have: 1- Each mass must have a large central core.2- Every mass is inside its own ring from the beginning of its birth.

In this case, according to my calculations, those two space masses act like two wires in the figure.

We can never use two space masses instead of two wires in the laboratory. Because there is no mass on the surface of the Earth that has only one large central nucleus. Only the atom of the elements is like a space mass in itself. But it is inaccessible.