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Short ''rod''

long ''rod''


To most people the above will mean absolutely nothing so perhaps I had better explain myself.    Anyone who has read my N-field theory knows I suggest that between N-fields of any substances the radius is 0.   The N-fields having Q.F.S (Quantum field solidity). 
That may seem suggestive that N-fields can not entangle.  However folks, the N-fields do entangle but not entirely.


quantum entanglement.jpg (18.85 kB . 898x572 - viewed 1765 times)

To explain this I have drew a diagram.   The core is a void, surrounding the void is the denser N-field energy which emits the less denser  (inverse square law) pE n-field.  You will notice 3 different colour lines, these lines represent 2 short rods (blue and red) and a long rod (orange). 

The the two short rods represent likewise polarity.

The longer rod represents opposite polarity.

q1vq1.jpg (20.1 kB . 898x572 - viewed 1760 times)

What happens is that the n-field q1 is allowed to traverse through the n-field q2 of the other bodies n-field.

Where q2 stops q2 travelling.

Not sure you will get it but it you might. q is representing polarity rather than charge.

Added- So each independent n-field acts like an ''ether'' to other N-fields and n-fields.

p.s You can call my N-field dark energy if you really want too.

[guest39538]

invert wave.jpg (80.65 kB . 898x572 - viewed 1589 times)

λ is directly proportional to the invert magnitude.

Q.F.F (Quantum field feedback).