What is the difference between the center of gravity and the center of mass?

The mass is variable — gravity is not.

Thus, the pivot and pivot of different objects can be characterized by their most diverse speeds and thus be changeable.Whereas the effect of gravity on the one hand is often confused as weight, but in real terms is only an effect and on the other hand we also confuse mass with it.

Furthermore, there is only one center of gravity of different objects that orbit each other, wherein the object itself has only one center at a time, which should never be understood as a focal point, but a reference point, a cause of an effect Is.


Gravity is curved space and is divided into global ambient gravity and object gravity.The ambient gravity, the global space, the universe, is curved by all the small object curvatures, which we also call elementary particles, or sun, moon and stars. The global curved space is thus static, immobile.

The objects, on the other hand, move and take their own gravity with them.Mass is on the one hand a braking effect on one’s own speed, which we also call resting mass and on the other hand it is an effect caused by any other gravitational field from the outside, but never from its own field, for this is, so to speak, in relative dormant synchronous situation of one’s own movement and that leads with its own field through the global field and therefore experiences the effect of global ambient gravity — it is distracted.

Because the object is always in circular form ‘ spinning ‘onthe way and goes through the shortened distances towards the center of the ambient gravity significantly more than once and experiences a path difference, which is then exactly the size after which the whole world is still looking for what the standard model still can’t explain to this day.

This one is certainly quite demanding substances and of course not intended for every layman and certainly nothing for clever shit and/or physics cowards.So if you want to know more about it, read my blog.


The small difference between mass is the change in the directions of movement.The gravitational pull of an object remains constant always and everywhere. On the other hand, weight can vary depending on speed and gravitational influence.

This significant variable interaction cannot be explained with the standard model, because even the Higgs mechanism could not plausibly clarify this interaction.On the other hand, it is becoming increasingly clear that the interacting factor of the bonitistic view is becoming more and more likely.

This is because matter consists of basic particles, all of which correspond to the formula E=hf (which was confirmed with the Higgs boson).Matter thus represents a composite of particles that orbit each otherat the heart of the composite (read more).These particles hold together gravitationally and magnetically at distance and therefore form a vectorial sum in the velocity and direction of their relatively generalized angles of view of the reference system.

Matter consists of more than one particle,
moving at the speed of light.

The blue arrows represent the vectors of the divided objects and the red arrow represents the sums.

From this it becomes apparent the mass the real size is thus it determines the orbital velocity. The gravitational field, however, can also cause completely unexpected influences. One only has to keep the constant different paths towards the gravitational center in view and multiply the amount of circulations by the distance difference in order to recognize that all movements are getting closer and earlier towards the center, so there is less distance and arrive earlier. What Einstein regarded as time dilation.

So mass is immutable and the direction vectors of motion determine the vectorial buzzer of all velocities, whereeach of a constant velocity has namely the speed of light.

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