The general relativity theory is based on the observation that the gravity and the accelerating movement create the same effect. Alte...
The general relativity theory is based on the observation that the gravity and the accelerating movement create the same effect. Alternatively, in other words, the inertial mass and gravitational mass are the same. These distant phenomena are somehow physically equivalent. We can say, we are living in such a kind of universe. However, the concurrence of the two different things is so precise that we need to find a better explanation, than just it is how they are. Somehow, their origin must be the same.
The grid model can explain this concurrence, and it can show how the two effects appear in the same way. In the grid model, the two things came from the same origin. The equivalence is a direct consequence of the grid model.
According to the grid model, space itself is a solid structure of the grid particles. The matter is closed-loop waves formed from the grid particles vibration. According to the grid model, the synchronously vibrating grid particles are closer to each other than those which vibrations are not synchronized. Thus, the synchronously vibrating grid particles, the "regular" particles distort the solid structure of the grid field, distort the space. Because the grid particles are locally bonded to each other, the local distortion creates a distortion gradient on the grid field. It creates the effect, what we may call gravity.
Inertial movement on the grid field, movement without acting force follows the direction where the grid particles are the closest. The inertial movement follows the density path of the grid field.
If no density gradient present, which means the grid particles are the same distance from each other or can be said that no gravitational force present, then the direction of the movement is in the original direction of the movement, the direction of the movement defined by the actual momentum.
If gravity, the distortion of the space is present, it is present with a density gradient towards the source of the distortion, toward the source of the gravity. The inertial movement follows the density gradient of the grid particles. The matter moving on this density gradient is experiencing a growing density of the grid particles as it follows the density path, as it moves toward the source of the gravity. This is the gravitational mass. (As the mass moves on the growing density of the grid particles - which is the distortion of the space itself -, as the movement passes on more and more grid particles in the same unit of time, the movement appears as an accelerating move.
If no density gradient is present in the grid field and a force is acting on a mass, it creates an accelerating movement. As the matter accelerates, it moves faster and faster on the grid field, which means, it passes on more and more grid particles in the same unit of time. This is the inertial mass.
Considering the two situations, an observer would see in both cases that the moving mass passes on more and more grid particles. An inside observer could not differentiate between the two situations. The two movements experience the same effect. The gravitational mass and the inertial mass appear the same in the grid model.
No comments