Quote:
Originally Posted by Vincent Wee-Foo   
Hi dipayankar;
Do a thought experiment that the spheroid of viscous mass is consolidated by external repelling electromagnetic field that compresses the matter in a medium. An analogy is an air bubble in water; the bubble is carried in the liquid medium and is held within the medium by absolute motion of the medium whirling on an angular momentum in turbulence.
In absolute motion the spheroid/bubble of viscous mass will be elongated when stretched as a result of acceleration caused by inertial force, forms as a peanut shape geometrical structure as Graham put it. In this model you can visualize how a suspended spheroid of viscous mass that forms in constant expanding and compressing forces is interacting in absolute motion of the medium. When the peanut shape spheroid/bubble splits on increasing momentum, the valence shell of the spheroid would reconnect under pressure in the medium (the medium are also viscous mass, such as liquid/plasma/Aether/FS). In a dynamic compression in the medium it therefore forms as two separated spheroids/bubbles; it will not rupture. This rule one of Graham's theory is a universal model for all state of matter.
Graham please advise if the above has not sufficiently elaborated on the idea for your rule one. |
Yes Vincent, you did a good elaboration, ty, i was going to get into the condense more with the model and leave out the spin factors to keep it simple but was having a hard time with it without the spin added to the 1d model axis where my head is these days, the laying down effect to how far would depend on the velocity an absolute motion in this case in point in of low external forces and should be uniform to a frequency as the peanut shape would be constant form for the event, there would seem to be a form twist/spin factor involved and that would still allow for the vertical event horizon but on a shifted axis real peanut shape and snap back to vertical as this is the MF perpendicular axis not so much the forward particle mass axis .. is this the EH +1 frame drag elasticity manifest... yes, in my own head,
and there would not be a burst due to the environment/compression state of the form .. Regards Graham