The original technique used to define the universe was based on observations. This took us back quite a ways. Recognizing force and space for what they are, a reflection of some background, allowed us to solve all mysteries by applying the new insights to existing phenomena.
Once defined, it become possible to take the background that was determined and attempt to figure out how it arises.
Once defined, it become possible to take the background that was determined and attempt to figure out how it arises.
This is creation. It isn't
the false creation of "the big bang" which is proven by AuT to be
nothing more that one in an extremely large series of of inflection point averages.
But it still is not creation in the senes of the absolute beginning. It is a step towards that, but absolute creation requires the ability to understand the environment of non linear time which, by definition has neither a beginning nor an ending but which, instead the Einstein Hologram Universe (EHU) environment where everything happens at once. and is the reason why I don't take the Einstein Hologram Universe completely out of print despite it being incorrectly based on Hologram Theory and Einstein Theory which is impressive, but ultimately tied to working with the reflection invironment rather than the actual environment of AuT..
But it still is not creation in the senes of the absolute beginning. It is a step towards that, but absolute creation requires the ability to understand the environment of non linear time which, by definition has neither a beginning nor an ending but which, instead the Einstein Hologram Universe (EHU) environment where everything happens at once. and is the reason why I don't take the Einstein Hologram Universe completely out of print despite it being incorrectly based on Hologram Theory and Einstein Theory which is impressive, but ultimately tied to working with the reflection invironment rather than the actual environment of AuT..
There is a series of points that from the second part of the Algorithm Building Exercise
BUILDING THROUGH ADDITION
There is a fundamental formula that describes how you get something from nothing.
BUILDING THROUGH ADDITION
There is a fundamental formula that describes how you get something from nothing.
F-Series: 0 1 1 2 3 5 8 13 21 so for any location along this series we can associate a number 0(1),(1)2,1,(3),2(4) or 1(1),1(2),2(3),3(4), etc and we can define an equation FsF where for any x FsF is that number plus the prior two numbers which helps us to understand the level of compression between stable clock time states.
PI BUILDING
We observe pi building which AuT tells us is a reflection of how the algorithm is built.
pos 4/1 4/5 4/9
pos 4/1 4/5 4/9
neg 4/3
4/7 4/11
There is a fixed numerator which has to have a source and it is offset by 2 which suggests that both 4 and odd numbers have to have a specific origin or must be built out of an algorithm based solution like the base number (FSF(x)) in compression. Today, we are going to explore the former concept.
CURVATURE-The Origin of 4
The suggested explanation
for the algorithm of curvature is that the four comes from the cycle.0,1,1,0
which is a four part cycle. This compares unfavorably to the idea that the outermost spiral reflects space and requires, instead, that there is a carrier that controls the length of the spiral. This suggests the length of spirals is based on how long they exist within the environment of linearity which grows for each. X increases and you have the non-linear solution giving each successive quantum element being shorter while the earlier the time state the longer its carrier spiral.
DERIVATION OF THE PI EQUATION
DERIVATION OF THE PI EQUATION
The PI equation is a
non-dimensional vibration equation which is discussed before, but we are here going to introduce a non-linear function based on the 0,1,1,0 feature:
Sum(From x=1 to
n)(4/(2x-1)+/- where +/- reflection that every other answer in the sum changes from positive to
negative.
Creation of space looks something like this:
0,1,1,0,-1,-1,0,1,1,0,-1,-1,0
CURVATURE-The origin of curve
In the very limited portion given above, pi would "begin" to look like this:
4/1,-4/3,4/5,-4/7 based on the formula [4 changes per unit]/(2x-1) where x starts as 1, then 2, then 3, then 4.
4 comes from the number of changes in any event
x comes from the number of events
2x-1 becomes the part where a solution needs to be determined based on the relationship. There are several suggestions. One is that there are two positive events followed by one negative event (1,1 followed by 0). This flies in the face after a fashion of the 4 units per event, but it has to be understood that this is not just a selection of elements, this is the definition of information collected to form space and giving it curvature.
Another suggestion is that there is a positive mirror curvature that is being created. This would mean there is something (y/2x)+/-. If y is 4, for example, then the solution would be -4/2,4/4,-4/6,4/8. While silly at first, this suggests the source of an uncurved solution which in turn brings our attention back to that uncurved solution, the F-series spiral from which the curved spiral arises (0,1,1,2,3,5,8) and which gives rises to compression (big bang predecessor) averages and expansion (where we live) averages.
In this case, the -4/2,4/4 is replaced with 0,1,0,-1,1,-1,2,-2,3,-3 although the actual expression of this result is different because these F-series spirals are solved separately, but added together to get a net result for any quantum moment.
Another suggestion is that there is a positive mirror curvature that is being created. This would mean there is something (y/2x)+/-. If y is 4, for example, then the solution would be -4/2,4/4,-4/6,4/8. While silly at first, this suggests the source of an uncurved solution which in turn brings our attention back to that uncurved solution, the F-series spiral from which the curved spiral arises (0,1,1,2,3,5,8) and which gives rises to compression (big bang predecessor) averages and expansion (where we live) averages.
In this case, the -4/2,4/4 is replaced with 0,1,0,-1,1,-1,2,-2,3,-3 although the actual expression of this result is different because these F-series spirals are solved separately, but added together to get a net result for any quantum moment.
While the spiral algorithm remains, it can be seen that the spiral algorithm is at most an extension of this more basic algorithm.
VIBRATION
VIBRATION
Pi and Spiral type compression and expansion suggest that fundamentally space (and therefore the foundation of all other types of information) is comprised of positive and negative elements that are offset according to non-linearity (0,1,0,-1) giving rise to vibrationally offset elements given the designation herein of positive and negative although those designations are more of a reflection of first and second where features of first and features of second are expressed by us using a mathematical positive or negative, yes or no type of expression, but they are more rich than these designations just as zero doesn't fully express the inherent "maybe," "non-linearity," and related characteristics of what comes before linearity or algorithm.
So we call them positive and negative at our peril, just as we use base 10 numbers at our peril and confusion in looking at this process.
Why they are offset is probably a function of the fact that certain algorithms (which may exist alongside of the one that defines our universe) are too homogeneous or which otherwise cancel themselves out Examples of a cancelling algorithm is x-x. It is never truly non-linear. Examples of a too homogeneous algorithm would be x/x. There is no offset and while it grows, it changes in a flat line that is always 1, which would be a very one dimensional universe. By introducing the F-series function (adding prior states to get the current state) you get multiple dimensions and preserved history. Anything less than the F series would yield 0,1,1,1 (or 0,0,0,0) where only the first number is added instead of 0,1,1,2,3. But it also suggests something like this: 0,1,1,2,4,7,13 which is adding the prior 3 instead of the prior 2 and would generate a universe which is poorly understandable but might for an interesting exercise for someone with more time.
Hence, our universe has vibration elements because if it didn't it wouldn't be offset and it is offset because if it didn't it would be too homogeneous to have the value and flavor that it has to give rise to the perception of self awareness.
This suggests an infinity of algorithms all of which can exist together in the non-linear environment of g-space because there is no reason for them not to exist together.
Offset, in this case, is a single complete event followed by a negative single complete event and they remain offset pairs because they happen sequentially and not at the same time, at least that is the suggestion of pi which is observed in the curvature of space.
So we call them positive and negative at our peril, just as we use base 10 numbers at our peril and confusion in looking at this process.
Why they are offset is probably a function of the fact that certain algorithms (which may exist alongside of the one that defines our universe) are too homogeneous or which otherwise cancel themselves out Examples of a cancelling algorithm is x-x. It is never truly non-linear. Examples of a too homogeneous algorithm would be x/x. There is no offset and while it grows, it changes in a flat line that is always 1, which would be a very one dimensional universe. By introducing the F-series function (adding prior states to get the current state) you get multiple dimensions and preserved history. Anything less than the F series would yield 0,1,1,1 (or 0,0,0,0) where only the first number is added instead of 0,1,1,2,3. But it also suggests something like this: 0,1,1,2,4,7,13 which is adding the prior 3 instead of the prior 2 and would generate a universe which is poorly understandable but might for an interesting exercise for someone with more time.
Hence, our universe has vibration elements because if it didn't it wouldn't be offset and it is offset because if it didn't it would be too homogeneous to have the value and flavor that it has to give rise to the perception of self awareness.
This suggests an infinity of algorithms all of which can exist together in the non-linear environment of g-space because there is no reason for them not to exist together.
Offset, in this case, is a single complete event followed by a negative single complete event and they remain offset pairs because they happen sequentially and not at the same time, at least that is the suggestion of pi which is observed in the curvature of space.
Instead of a positive and negative being created together so they would cancel each other out, one positive solution happens and then offset but summed to define any given point (otherwise the 2x-1 number would never increase).
This summation is the same summation that gave rise to 0,1,1,2,3,5. It looks like this:
0,1,1,0 4/1 4 yielding 1
0,1,1,0,-1,-1,0 4/2 4 yielding 2
0,1,1,0,-1,-1,0,1,1,0 4/3 4 yielding 3
0,1,1,0,-1,-1,0,1,1,0,-1,-1,0 4/4 4 yielding 4
Time and dimension are unrelated to these events but these events define curvature and the spirals themselves arise from the application of these equations and the changing value of x, the changing number of positive and negative elements related to the changing value of x, gives rise to the impression of dimension and space.
TRANSITIONS
While it is important to understand the transition from this to the compressed states as is discussed below, this relationship gives rise to an understand of why pi occurs.
It is a type of
formula that we don't see or if we see it we don't recognize it because it has
a variable vibrating between a positive and a negative result. If we don't know exactly which phenomena of non-linear algorithm gives rise to 2 we know 2 is how many are added to get to next f-series state and how many are added to the denominator and it is likely the relationship for the two added to get to the next F-series (adding the two prior numbers to get to the current number) since that is the foundational building block of the suggested equation. This defines a fixed relationship between pi and the changing
f series and changes them for the same reason.
The numerator, d may have to do with the number of coordinates changing at once in space, it may have to with a constant base for
our space only, but it is tied to some event, it exists for a reason in the Algorithm.
x controls the exponential 2^x and they
appear slower, but maybe not because of coordinates changing at once, instead it may be the process of how many changes occur in the spiral equation:
space 0,1,1,0
Photons 0,1,1,2,0
Wave 0,1,1,2,3,0
Matter 0,1,1,2,3,5,0
etc. and the 11, 111,1111 suggests it is just the number of coordinates changing together
space 0,1,1,0
Photons 0,1,1,2,0
Wave 0,1,1,2,3,0
Matter 0,1,1,2,3,5,0
etc. and the 11, 111,1111 suggests it is just the number of coordinates changing together
COMPRESSION States
The suggestion of
the F-series is 0,1,1,2,3,5.8 for our black holes, the first 3 representing
space, the second three photons, the third three wave energy, the fourth matter
and the last group of black holes with a return to zero at the end and.
So, the transition
works in this fashion: 0,1,1,0 it remains space. 0,1,1,2,0 it remains photons
with compression on the scale of 3^2^2.
0,1,1,2,3,0 is
wave energy with a scale of 6^2^3
0,1,1,2,3,5,0 is
matter with a scale of 10^2^4
0,1,1,2,3,5,8,0 is
black hole material with a scale of 13^2^5
The actual
appearance is:
0,1,1,0
00,11,11,22,00
000,111,111,222,333,000
0000,1111,1111,2222,3333,5555,0000
00000,11111,11111,22222,33333,55555,88888
The next set would
use 1prime(13 units but not 13-111111111111)
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