globular clusters: oppositions

globular clusters
and opposed rotations

By Henryk Szubinski.
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Open clusters become disrupted over time by the gravitational influence of giant molecular clouds as they move through the galaxy, but cluster members will continue to move in broadly the same direction through space even though they are no longer gravitationally bound; they are then known as a stellar association, sometimes also referred to as a moving group

do globular clusters rotate in opposite vector directions to the instances of galactic rotation values of divisive force
at special events of occurance inside the galactic core and its most proximal galactic arms by distributional parameters where the force is strong.

so that knowing the force value of 1 globular cluster = force of vector positive relativity

while knowing the alternate globular cluster as a positive force in a altered vector direction = the positional reference of the galactic density in a special parameter

so that the combined values will define the amount of force by density = the singular value or multiple of such points of force in a galaxy as are relative to motion sums = power FORCE sums :in which the general triangulations define the basic law of their radius values and their velocity as the mean value between them as anti gravity..
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such as the Andromeda galaxy:
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MOOVING GROUP COMPUTATIONS ARE:
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basically cubic volumees of force will motivate a higher displacement of force particles through them by a exponential boost of the related to forces as INCLINE RELATIVE:
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basically this defines the capture of a force field in a cube so that the radius values deefine the usability of multiple inclines inside the cube in a type relative usage of multiple inclines in motion for a anti gravity effect.
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THE CUBE CONCEPT WORKS BY COMPUTING THE ROTATION OF THE CUBE WHERE THE MOTION OF THE OBJECT ON THE INCLINE WILL DISPLACE DOWN IT AS WELL AS MAINTAINING OVERSIGHT ON THE STRING TENSILITY AS IN TENSION VALUES.
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