SPACITY EXPLAINS DARK MATTER
That was about inadequacies in Classical Model of Universe. What about the alternate model? Does MANTHANprovide a satisfactory explanation through its hypothesis on Spacity? Yes, it does. Convincingly so, without resorting to any DARK types.
As per Manthan, spacity acts on energy, matter, and life with the sole intention of annihilating it. In doing so, Spacity acts on more than one level. Principally three levels in fact.
‘S1’ is the force that acts on ONE unit of mass. Independent of anything, just stand-alone force. Like force acting on a molecule, on a pebble, on a planet etc.
‘S2’ is the force that acts between TWO masses. Like between two molecules, between two pebbles, between two planets, between two stars, between two galaxies etc.
‘S3’is the force that acts onTHREE or more masses or a system. collective group of masses. Like force acting on a group of molecules, group of asteroids, group of Kuiper belt objects, groups of stars orbiting in a galaxy etc.
It is important to understand the nature of spacity in each case
Nature of S1
S1 depends solely on mass that it is acting on. More the mass, more the spacity required to annihilate it. S1 does not depend on distance as it is acting on a mass that is unitary in nature.
Nature of S2
S2 the spacity acting between two masses is pretty much the same as gravity, except for its direction. The magnitude of S2 is the same as gravity. It is affected both by mass and distance. S2 is inversely in proportion to the square of the distance between the masses. Much like gravity.
Nature of S3
S3 depends solely on system of masses that it is acting on. More the mass, more the spacity required to annihilate it. S3 does not depend on distance, it only depends on the system of mass.
Application
Let us apply S1, S2, S3 in the case of speed of planets in a Solar systaem vis-à-vis and Speed of Stars in a Galaxy Visa-a-vis Blackhole to understand the nature.
Spacity | Acts on | How Does it affect the speed of | ||
Planets in Solar System | Stars in Milky Way | |||
S1 | Single Unit of Mass | Does not affect | Does not affect | |
S2 | Two units of Mass | Strong Force, effect Major | Weak Force, effect minor | |
S3 | Cluster of Mass | Weak Force, effect minor | Strong Force, effect Major | |
Mass Ratio | Sun / Planets 1000: 1 | Blackhole / Stars 1: 100,000 |
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