I am not worried about what I missed because I see articles on triangles being presented in my area, search this blog for the last time I used triangles and you will see how far ahead I am. After a fashion.
I missed exercising yesterday, not in celebration of hitting my target, but in recognition of a certain amount of exhaustion. I will pay eventually for the lack of excess in that regard, but mainly not doing my back exercises I think. Today I will get at least some exercise.
http://3tags.org/article/the-
http://space.about.com/od/
They have a periodic table of the elements special, superheavy elements and their production.
It is all so much nonsense.
but I am not? I say no and as part of this I will provide the proofs and show how a theory built on high school calculus can beat all the weird symbol bullshit that is out that by chaning perspective.
This is a multi part and often repetitive series that will ultimately take us to a place we have been before but in a slightly different and logicallly argued way.
The one worthwhile area, perhaps the most important single undertaking lies in the 'how' to get my articles published to the broader audience.
So let me start with this:
I.
Significantly
advance
a.
Model
of the universe below the level of thermodynamics
This includes two parts.
The first part is to
redefine force and matter in terms of a specific mathematical model so that
force is a result of the application of the model, dimension is a result of the
mathematical model (as opposed to a driving ‘force’ for change it results from
change).
The second part is
to separate time from change where time results from the same dimensional
changes that give rise to force.
II.
Scientifically
sound-Simple proof of the model
a.
Force
strength, range and Compression State
This one chart shows that the
model yields results which are backed up by observed results
CT
|
2f(n)^2n
|
Dim
State
|
Force
|
AuT
Force
|
change
|
PreAuT
|
||
State
|
Compres-
sion
state
|
spew
|
Aut
Strength
|
range
|
recorded
|
|||
1
|
4
|
Space-0
|
strength
|
range
|
||||
256
|
1
|
Gravity
|
G/AG
|
ct1-2-1
|
1
|
inf-g
|
||
2
|
1679616
|
1
|
PreCharge
|
|||||
ct2-3
|
Charge
|
net
sum precharge
|
variable
|
ct3-4-3
|
inf-EM1
|
|||
3
|
2
|
Prephoton
|
ct2-3-2
|
|||||
10^12-10^13
|
ct3-4
|
P-E
interact
|
net
compression
|
4.5*10^12-10^16
|
P-N
|
Prot/Elec:abs
|
||
4
|
1E+16
|
ct3-4
|
Energy//time
|
Atomic
Prot/Neut abs
|
e=mc^2
(10^16)
|
N-P
|
10^16
|
|
Transitional
|
ct4-5
|
PostAtom
|
N-P-N
weak
|
10^25
|
N-N
|
10^25
|
10^-15
|
|
Transitional
|
ct3-4-5
|
Forced
molecular
|
N-P-e-P-N:EM
|
10^36
|
N-P
|
10^36
|
Inf-EM3
|
|
strong
|
N-N
2 arms
|
10^38
|
N-P-E
|
10^38
|
10^-18
|
|||
5
|
3.4028E+38
|
ct5
|
Very
Strong
|
ct5
collapse
|
10^96
|
N-BH
|
||
6
|
2.136E+96
|
ct5-6
|
Non-Weak
|
ct5toct6
|
10^96<
|
BH-U
|
The simplicity of the underlying model is the application of two iterated
functions: 2f(n) and 2^n
When combined, it can be seen from the chart above that both the
relative mass, force strength and range are defined by the model with such
specificity as to demand further investigation.
Force, energy and other dimensional features result from the folding or
unfolding of space in the form of information arm folding where the base
increases by 2f(n) and the number of folds by 2^n to get increased compression
(ct) states. The resulting mass of all
sub-atomic and post atomic particles and forces correspond perfectly to these
equations. This chart appears complex,
but it merely shows that forces, relative strength and observed range of forces
follow the theoretical results of the model for loading and unloading of
compression arms with the next lower compression state. It shows the narrow
range of time explaining the otherwise unusual results of pre-time information
arm changes in compression. The most telling proofs are that all of the forces
except for electromagnetism line up with compression results, it describes
gravity with specificity and the scale of the e=mc^2 equation is reflected by 2f(n)^2^n
for n=4 as expected.
b.
Separation of Time and Change
The results of the
first example and table are enough to carry the paper; but there is an
important secondary result. Change is quantum (1,2,3, etc) and is unrelated to
time even though time arises because of quantum change. Every point changes at
exactly the same rate and with each change in the same x, but fused quantum
information changes based on the fpix number for the point in question separate
them and folding puts remote solution points in proximity.
Time is not a
dimension but is an effect of dimensional change, ct1 changes within the matrix
of a ct3-4 transition state (between the photon and the neutron).
This requires a more
nuanced view of how the conclusion explains otherwise complex phenomena:
Phenomena 1: Time
dilation: results from the number of these changes that can occur within a
ct3-4 regional matrix compared to ct1 changes outside the matrix. Gravitational tiem dilation reflects that an
increase in gravity squeezes those lower ct changes out and the less compressed
information states become more compressed.
Phenomena 2 and 3: Waves
(2) and Schrodinger type observations (3) arise from pre-time changes viewed
from the standpoint of time.
Pre-time changes are
net changes.
Wave: A wave results from a point photon being
rotated for many changes in x when viewed from the standpoint of time just as a
wave form is generated by rotating a circle against the movement of a sheet of
paper. When the pre-time changes in x
are viewed from the standpoint of time, the point appears to exist over all the
points of the wave.
Therefore, a point
photon for any value of x is still a point. In a dual slit experiment, one of
two things occur (a) The pre-time structure of waves are collapsed by
observation or (b) the pretime rotation is stopped by observation. Hence, an otherwise mysterious wave-particle
duality is easily defined by having pre-time and post time results for change.
Schrodinger type results:
For any value of x, Schrodinger’s cat is only at one place, but once time is
applied, the cat appears to occupy many locations.
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