http://www.flickr.com/photos/harvich/6638542345/
Separation in time between magnetic fields above and below a stack of three
pancake spirals of the balanced 666 machine. The color codings of checkers show
the series routing of coil segments for each phase before folding into a circle
as a torsional field device, and then further given the appropriate equal
capacities to resonate under that condition of mutual inductance between
phasings. The simplest mathematical two dimensional magic square of nine
elements will contain three diagonal progressions in three dimensions;(obtained
by folding both sides of the 2d formation in 3d space to reveal the continuing
diagonal progression) likewise here three twisting diagonals circling around
each other in 3d space will enable the unique formation that will enable
balanced currents on all three phases: which will never develope in other
formations of coil placements, including the first solution of lateral
placements. Likewise the MIDDLE segment of each series
phase has a reversed polarity connection; whereby this practice enables the
central segment to REPEL the magnetic fields created by the outer segments for
5/6ths of the cycle time period, forcing those magnetic fields to be issued
outwards from the assembly for use in efficient primary/secondary
relationships.
Likewise the first 2d magic square as an analogy shows that the opposite
progressions of numbers towards the center are mirror images of each other;
showing point symmetry. The net result of these actions will show a torsional
time "compression" between the opposing poles of the 666 machine, having 6
polar
compressions at one sixth of a cycle at 60 degrees of compressional action in
time
http://www.flickr.com/photos/harvich/6638773467/
Magic Square Technology applied for seriesed coil segments yielding balanced
currents to create torsional fields on three phase and time distortion effects
on perimeters. Three diagonal progressions of phases wrapping around each other
in 3d model produces torsional time effects on perimeters of poles.
http://www.flickr.com/photos/harvich/6638873427/
Moving former top scope sensor left to top of left coil stack, showing near 180
phasing
http://www.flickr.com/photos/harvich/6638910985/
By reversing or revolving 180 degrees the new top sensor placed to the left of
the first measured stack; we see that the bottom magnetic field of the first
stack with phase 3 on top, is almost identical in time with the magnetic field
emitted by the stack with phase 1 on top. This then shows a near synchrony of
magnetic fields between stack 3 phase on bottom and stack 1 phase on top, both
of which are in front view. Not only this but we also showed both polarities of
that observation by reversing the second sensor. Originally we showed that the
magnetic field from phase 3 stack on both top and bottom were also FAIRLY
close,
perhaps 60 degrees difference at most. Next then we show the TIME difference
between BOTH the TOP magnetic fields of phase stack three and phase stack one
by
attaching the extra sensor formerly shown sitting on top of the scope.
http://www.flickr.com/photos/harvich/6639042041/
Relative magnetic field separations for two front top magnetic fields.
http://www.flickr.com/photos/harvich/6639096085/
Giving one sensor a higher amplitude and moving around the circle to verify 120
phase degree separation on the top magnetic field side
Pioneering the Applications of Interphasal Resonances
http://tech.groups.yahoo.com/group/teslafy/
