Reference: Postulate Mechanics
The Motion
For motion to occur, there must be substance with extent and duration. Thus, the prerequisites for motion are consistency, space and time. As consistency increases from thought to radiation to matter, space contracts and time becomes more durable. Motion also slows down.
But the motion is not random. It seeks to evolve and bring about more sophisticated motion. So, there must be additional postulates to guide and generate learning on part of motion. These postulates are likely to be similar to the postulates underlying current research in Artificial Intelligence.
Embarking on the study of motion is like opening the Pandora’s Box. Physics has hardly scratched the surface.
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Comments
Using this definition of The Motion, does the < infinite mass at the center of the galaxy represent the least or greatest entropy in the galaxy? . . . or does this question not apply to motion?
In this context:
Does positive entropy representative increasing or decreasing consistency?
Entropy increases as the randomness of motion among particles increases. Therefore, entropy will increase in a system of particles if you divide each particle in two. But you cannot keep dividing a particle infinitely, because at some point the particles disappear as the system becomes liquid. So the entropy cannot be increased in the absence of particles.
Entropy is maximized and it is no longer increasing when a system attains a thermodynamic equilibrium. A galaxy exists in a thermodynamical equilibrium among all its components; so its entropy will be constant throughout.
The challenge here is to get the correct feel for the meaning of entropy because it is a complex concept like the concept of time. Recently, I have gotten a better grasp of it by reading Eddington. Please see:
Thermodynamical Equilibrium