Space/Time/Energy characteristics 0
- From: "Significant Zero" <paulpsremove@xxxxxxxxxx>
- Date: Fri, 12 Aug 2005 09:05:14 +0100
The top singularity is the outer one showing a compress time and expanded
space character and the bottom inner ones showing a compressed space and
expanded time identity. The compressed time in the outer cosmic singularity
is relatively far slower than the expanded time in the inner local ones.
Relative Space
<shorter | longer>
Singularity>|/ distance | | Tending to negative,
| /| /\ Vacuum | less mass effect and
Positron >| / c| < density | antiparticles
Radiation >|c | / | \/ state | /\
Electron >| /| | Less Energy | More Energy
Proton >| / | /\ Particle | \/
Neutron >| / | < density | Tending to positive,
Singularity>|/ | \/ state | more mass effect and
| duration /| | particles
<faster | slower>
Relative Time
Intrinsic\stationary energy\mass\velocity being the sum of the differences
in space\time ratios in any given point or area in all vectors.
Introduced\kinetic energy\mass\velocity being the sum of the differences in
space\time ratios in any given point or area in a
specific vector.
Fields as introduced space/time ratio gradient effects by particle energy
and polarity states. Field do not move except as a result of there source
motion but they may cause the effect of motion in other condensed\particle
states.
--
Significant Zero E-field = Electric field, M-field =Magnetic field, two
unbound field effects
http://home.freeuk.com/paulps/
Maybe updates. (1-(1/(1/3))^2)/(1 + (1/(1/3))^2) = - 0.08 = FTL ? -p<+p or
(m*-v)<(m*+v) or (m*-c^2)<(m*+c^2) =g?
.
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