Post by Pincho Paxton on Jul 23, 2015 6:00:37 GMT
Link...
What goes on inside a proton?
Pincho says...
If it is worked out like that then the whole theory could be wrong. Momentum could be quantized into step distances, and actually 12 particles make 1/3 the step distance of 1 particle when that particle is packed into a spherical membrane. Gluons are gravity confined into tight spaces, and you would expect gluons to hold the packet of smaller particles together by flow propagation. Anyway, quarks are how gravity escapes confinement, and are not really particles, but they are scaled down versions of a collision propagation. A collision can switch a particles axis from X/Z to Y, and that is how you get angles of bubbles in the observation chambers.
There seems to be a fault in the logic of the scientists, because they use time as a propagator of speed, and momentum. Time doesn't exist, speed, and momentum are radius defined by membranes. 1/3 momentum is a 12 point speed reduction.
Well that's how I work it out anyway.
Pincho Paxton
What goes on inside a proton?
...each quarks carries a third of the momentum of the proton.
Pincho says...
If it is worked out like that then the whole theory could be wrong. Momentum could be quantized into step distances, and actually 12 particles make 1/3 the step distance of 1 particle when that particle is packed into a spherical membrane. Gluons are gravity confined into tight spaces, and you would expect gluons to hold the packet of smaller particles together by flow propagation. Anyway, quarks are how gravity escapes confinement, and are not really particles, but they are scaled down versions of a collision propagation. A collision can switch a particles axis from X/Z to Y, and that is how you get angles of bubbles in the observation chambers.
There seems to be a fault in the logic of the scientists, because they use time as a propagator of speed, and momentum. Time doesn't exist, speed, and momentum are radius defined by membranes. 1/3 momentum is a 12 point speed reduction.
Well that's how I work it out anyway.
Pincho Paxton