Those
waves are not 'Gravitational waves' they are 'Time waves'.
The (toroidal) dimensional construct of something like a star-system is formed and stablised within a larger, relative sphere of space, like a galaxy.
The faster physics of the star-system and the slower physics of its harmonious parent space create a phase relationship.
This phasing creates a displacement of the balance within the cycles of the star-system.
That displacement relative to the continuity of its cycle is what we call time.
When this displacement is introduced to mass, gravity is the result.
This introduction of mass causes atonal distortion of the normally harmonious parent and child frequencies which dictate time.
Meaning that these waves could be visible around mass.
Gravity is a result of the waves distortion, not their primary function.
Their primary function, is time.
They are time waves.
It should be fairly easy to prove these are not 'gravity waves', because the detected waves should contain more than one frequency.
The (toroidal) dimensional construct of something like a star-system is formed and stablised within a larger, relative sphere of space, like a galaxy.
The faster physics of the star-system and the slower physics of its harmonious parent space create a phase relationship.
This phasing creates a displacement of the balance within the cycles of the star-system.
That displacement relative to the continuity of its cycle is what we call time.
When this displacement is introduced to mass, gravity is the result.
This introduction of mass causes atonal distortion of the normally harmonious parent and child frequencies which dictate time.
Meaning that these waves could be visible around mass.
Gravity is a result of the waves distortion, not their primary function.
Their primary function, is time.
They are time waves.
It should be fairly easy to prove these are not 'gravity waves', because the detected waves should contain more than one frequency.
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