No but good insight, Only that which is 90 degrees can balance out and persist 
as physical in out plane but VP traveling to either side of 90 degrees could  
balance out and persist in adjacent planes where they are as undetectable as 
particle pairs before they pop into or out of existence in our plane.
Fran

From: Terry Blanton [mailto:[email protected]]
Sent: Tuesday, May 19, 2015 11:18 AM
To: [email protected]
Subject: EXTERNAL: Re: [Vo]:insight or obvious?

Did your meal include mushrooms?  :-)

Have you considered that those VP flows not at right angles could be parallel 
universes?

On Tue, May 19, 2015 at 6:59 AM, Roarty, Francis X 
<[email protected]<mailto:[email protected]>> wrote:
Had a strange thought at dinner wrt C and photons, I may be stating the obvious 
in my own working man’s terms but here it is. Time is a real dimension mediated 
by virtual particles. Regardless of what rate these particles intersect with  
our 3D plane, we will perceive this rate as C, like a child’s zip car our 
clocks turn at whatever rate the zip cord is pulled thru our plane [inertial 
frames]. What we consider stationary is the balance point where the physical 
plane comes into existence where subatomic particles form the periodic table 
and the almost stable form the radioactive elements [neo Puthoff view of the 
vacuum]. The balance is between displacement of virtual particles along the 
temporal vs spatial axis – We say that time and space ARE 90 degreees apart but 
IMHO this is only true for the small percentage of VP that persist in our plane 
as physical matter like the canoe stuck in a waterfall – the rest of the vp 
form the ether stream that continues to rush past and hold these building 
blocks of the physical locked into our plane. The strange though that occurred 
to me was wrt to the photon and it’s displacement at C thru our plane.. am I 
just rewording the obvious to suggest it is being carried by this VP stream? 
That the photon is essential a sail, it can only go forward in time but can 
tack equally well across any spatial axis according to it’s orientation.
Fran

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