As a precaution, I have updated book 3 to the 4th edition although some additional edits will be required as this information permeates the still rough 4th edition. This month? Probably not, but next month and all the important things, how oft have I said that, will be there.
This, however, is important.
I'm including an article. The irony of this article is that conservative science shows the same prejudices, alas, towards me. Ahhh Kate, if only you could see that even your precious scientific community is fickle.
Physicist Kate Shaw: ‘Even in conservative places, you do not have to be in conflict with scientific ideas’ http://flip.it/jU8b3o
Anyway, cnough about the nonsense of Kate's reality and on to everyone's reality:
The three diagrams below will be used to explain the interface between Dimension (the first thing), Gravity (the second thing and the first force), the the other forces giving rise to Time and the dilation of time.
It is important for a full understanding to read books 1-3 and 7-8; but this includes a lot of the information from those books.
The building of dimensions has been extensively
covered as has the net breakdown to give dimension. This is shown in Figures a-c above which
show: CT1 strings pulling ct2 along vs tearing ct2 apart as the universe
expands. During the contraction process
this would be reversed, and it is worth mentioning again that at the quantum
level there is a constant transition between expansion and contraction, but the
net effect is towards the breakdown of higher states and expansions for the
next 7 billion years or so.
The movement
in one direction (x) corresponds to the one dimension experienced by ct2.
B shows
the same process but where folding has provided for a second dimension (y) for
ct3.
Figure C
shows where ct4 information arms are being loaded due to increased folding with
ct3 states (from figure B) and a third dimension Z has been added.
At the
Ct3-4 level this reflects the stripping or building of ct3 states within the
ct4 matrix. This “movement” and “change”
within the ct4 matrix is what we call time and is controlled as waves of
information storage with charge at the underlying ct2 information arm level
just as information is held in computers by charge and will be discussed as an
effect in the next drawing but is extensively covered in the books referred to
above.
In order to understand this you have to read the sections on charge and dimension, preferably books 1-3, but they will be covered here superficially.
Acceleration:
As we
accelerate, we slow the movement within the matrix and substitute movement
along a single vector, gradually substituting ct3 and ct2 movement for ct1
movement which also reduces the dimensions as represented by the steady
movement or tilt of the x and y axis towards the x axis.
Looking
at figure Ca, this is shown. In a
perfectly balanced ct3-ct4 state where all the exchanges towards or away from
compression are balanced.
As we move towards net decompression, the Z axis
begins to break down as shown in C2 and the ct states that make up that level
of compression begin to move in the ct1 one dimension. Ultimately as there is a breakdown of
sufficient size, the atoms in question will actually begin to stretch out, lengthening
along the line of x.
Ultimately there is a more complete breakdown as shown
in C3 where all of the axis tend towards the breakdown axis of ct1 which is
velocity in terms of ct1 breakdown or the release of space being the definition
of acceleration just as the reduction of ct1 between two objects reflects their
movement together.
Imagine
a group of photons being carried along a thick band of ct1 states extending
towards the edge of the universe as they unravel. They have no time but
if you were in time you would see them moving at the speed of light as the ct1
states unravel.
Now fold this group one time to create the second dimension
(the first arose by folding the ct1. Now in addition to pulling along the
one line, they are pulling along another line in contrary way, an x and y axis
and each half the size of the one pulling before (not exactly half).
Repeat this process again for the next fold and you have
ct3 waves folded into ct4.
If you pull the ct4 along in the C1 balanced state, there
is no tearing in the other 3 directions and time is maintained at a maximum
value because there is no breakdown of time, the memory from one quantum
instant to the next is perfect. Note
that we are moving at a minimum speed of 790,000 mph so we don’t come close to
experiencing this type of historical preservation.
Moreover, we have a very dispersed cloud of this ct3-ct4 time
at the ct5 molecular level as many different ct3-ct4 transition states are
carried along with ct4 neutrons towards greater compression which further complicates
the time experience.
As you begin to accelerate, you tear apart the ct3-ct4
matrix and you create charge (change in the ct3 cloud) and time as we
experience it, a fixed time would have no real experience.
The final piece of the puzzle is shown in the drawing below which shows how gravitational time dilation works in the folding process where compression and not decompression affect time.
Gravity is a 4th
fold and as you pull in that direction of the4thdimension you also stop the movement
in the other 3 or at least slow it way down and eventually you collapse it.
Just as the z axis had
to bend towards the ct1-x axis as acceleration occurs, now the w axis, the
black hole axis if you would, just after the neutron star has collapsed is the
main direction of pull as opposed to the z ct4-ct3 axis.
What happens
in the ct4-ct5 transition is that the movement in the other 3 dimensions is
replaced with movement along the 4th (w) dimension of ct5 (black
holes). As black holes are accelerated,
this 4th dimension would start to move towards the z, then y, then x
and time would begin to occur within the black hole as it broke down.
In full
compression, only movement in the 4th dimension (W) changes although
the underlying states do continue to transition since the underlying symmetry
of the universe does not break down in black holes and eventually black holes
dissolve just like everything else into ct4 states.
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