Hello.
I found a new version of the core model and have not yet submitted it. That's why I have to explain the subject of gravity very briefly. .
All my findings are substantiated in detail.
Based on the results of my new nuclear model:
The force of gravity between space objects is inversely proportional to the square of the distance between them.
Important note: In the gravity formula that I found, the mass of the objects is not used.
My article is about the environment inside space objects. This environment is the sum of the circles around them.
Summary:
In the inner environment of any mass that has a nucleus, the force of gravity increases with increasing distance.
The constant value of gravity in each ring is different from the next ring. And moving towards the outer ring, the gravitational constant increases.
I calculated the gravitational constant in each loop. I will explain later
From the first ring to the last ring: centrifugal force is equal to the force of gravity.
As a result, the entire perimeter of any object in the rings is always weightless.
There are exceptions, which I will explain later.
But what happens below the first ring is completely different. Here, the acceleration of the centrifugal force is much greater than the acceleration of the gravitational force.
There is an important reason that I will explain later.
Although the force of gravity is increasing, we do not feel it because the weight is decreasing.
According to my calculations, in the area under the first ring, at any moment: the weight of objects is inversely proportional to the square of the distance between the object and the ground. And for this reason, the increase in gravity has no effect on the formulas for launching rockets into space.
Your idea about gravity within a solar system being stronger farther away is very interesting, but it goes against what scientists currently know about gravity. Gravity weakens with distance according to established physics.
While the concept of centrifugal force balancing gravity exists, it doesn't negate gravity entirely. Similarly, weight should increase closer to the center of mass, not decrease.
If you have detailed calculations and want to challenge the current understanding, consider publishing them in a scientific journal for review by other scientists. Just be prepared to show how your model aligns with existing principles.
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