FTL Propulsion and Its Morphogenesis in Quantum Cosmology

Following the lead that tachyon/nuclear fusion self-
damping eventually exhibits the "tired light" approach,
there are also tachyon disturbances at the local level
that affect physiological/psychological behavior, e.g.
during an earthquake the magnetosphere at the earth's
surface is disturbed, giving a "geopathogenic
disturbance area".

The human cosmology that seems to fit are blue/red
shifts above/below the information speed of 0.273:

"We can assume that retained cellular information are
basic cell functions associated with the neonatal
experience wrapped up in the delta waves, having
become nearly unconscious, everyday (frozen) activities
such as elimination, walking, and even common
linguistics. These activities represent functional
information, but they have no QCD "dynamic".

The history, as well as future, of celestial
resonances is included in this group, because
celestial resonances are the most reliable method
for enabling the most vivid recall or projection
through programming the unconscious, as well as
conscious, mind. Personology theory taps into this
source of celestial resonance by ascribing personality
traits to individuals born during specific weeks
of the year. The external influences to personology
traits consisting of information that is communicated
(metaprogrammed) including superfluidic or chaotic
information that would represent the lack of
function to process information according to inherent
or attempts at usefulness, but consisting of the
aetheric qualities of structure including repetitive
patterned behavior, group association, and group
division in order to make the attempt at processing
the information. A particular advantage of this
group is its ability to retain memory of diverse
environments that may be life threatening, i.e.,
a sort of "red shifted" state of consciousness, and,
alternately, a projected state of consciousness, i.e.,
"blue shifted". From these two subgroupings con-
sciousness can be envisioned it as though it were
applied to current conditions, whether they include
the convergence of cultural evolution (residing
with environmental causes), or the divergence
(that resides with genetic programming).

http://server6.theimagehosting.com/i...=curve.8b7.GIF

The graph above shows how normal consciousness
oscillates between the two extremes of the information
retention (0.0 on horiz. axis) of and movement (1.0
on horiz. axis), with the vertical axis representing
complexity. At the height of conscious activity, a
phase transition seems to approach a resonance with
complexity around the information speed of 0.273.
Edge of consciousness entrainment near 1.0 helps to
increase overall complexity (after bioresonance) and
therefore strengthen the integrity of consciousness."

(additional reference

http://groups.google.com/group/sci.s...ed6a19a4?hl=en

It is the "establishment science" that seems nowhere
to be found in our hyper-popularized culture, as
things like the Casimir effect with loop quantum gravity
would seem too fringe for most - yet it is the variable
speed of light in vacuo that gives mass a "split
personality" if you will, based upon the physics of
quite strange particles.

The speed of light in a vacua IMO is a function of the
intensity of massless charge flux, that is of the
electrostatic potential of the vacuum in which it
moves - therefore, the speed of light is a function
of the spatiotemporal vacuum - the higher the flux
density of the vacuum, the faster the speed of light
in it. The standard equation I'm using for example is

c^2 = 1 / UQ

where both U and Q are directly proportional to the energy
density of the ZPF, resulting in a proportional increase
in both U and Q, therefore decreasing the speed
of light, c.

In addition, the Casimir effect may exhibit the strange
characteristic of having a third invariant that
describes a mass

m = M - (1/c)^2 T, where m = mass, M = relativistic
mass[Note 1], c = speed of light in vacua, with the
quantity (1/c)^2 representing a metric that splits
into two metrics, and T = kinetic energy that replaces
total energy E.

Loop quantum gravity can thus quantum filter[1] and
"bleed off" overlap effects with manifolds of arbitrary
metric i.e. hyperbolic, parabolic, elliptical, and
degenerate, so that the Casimir 'third invariant' offers
tardyon, tachyon, luxon sectors of the Poincare' group,
as well as the synchron group generated by Heisenberg[2]
algebra [T,t], to be able to synthesize, for all three
groups of Lorentzian, Newton-Cartan, and Euclidean flavors
of GR (General Relativity), a practical approach to
selection processes for quantum/global hypermapping.

What universal gauge can for the basis for constructing
a system of rotating/contracting/expanding field line
fractalizations, representing the north/south pole field
lines for a unique group of identities, for diverging group
renormalizations?

.......................or/either
........... and/both....|.......both/and
or/either. ________|________either/or
.............................|
........... and/both....|....both/and
.......................either/or

Each of the labels in the above graph represent a
crossection of yes/no identities for diverging group
renormalizations. This is an example of the Bohr
Principle of Complementarity. The observable which
poses the question; Is the momentum within an M range
of values (yes/no) represents 4 of the sectors in
symmetry with the position sectors, or is the position,
which represents the remaining 4 sectors, in symmetry
with the momentum sectors?

There is a term-in-term matrix that is used to
represent projective surface geometries, using the
complex projective space of points, lines, and planes,
that contains a geometry of automorphisms in P^n (r),
with their incidence relations, that is recoverable
from the Lie[2a] group PGL_(n+1) (r), as flags[3] with
maximal stabilizers of the subgroup B, which is
a quadric in P^4, similar to the above diagram,
but pictured as a root system of rank 2(Coxeter/Dynkin):

...................alpha + beta
................ beta.....|.......beta + 2alpha
....- alpha________|________alpha
............................|
....- beta - 2alpha...|..........-beta
....................-alpha-beta

This is the subgroup which acts as the stabilizer of
the flag[3] for all the upper triangular matrices
that act in respect to a chosen basis, and are part
of the Borel subgroups. The Borel subgroups contain
parabolics, which is a prominent feature of Newton-
Cartan GR.

The subgroup G which stabilizes all the elements of
the flag matrix[3] e_i1, e_i2,...e_ip equals

T=

{(*................0)} = exp(_h_).
.....*............
..........*.......
0..............*..

The automorphism of this skeleton group matrix is
the Wehl group, that acts as permutations on the
coefficients of the matrices in T:

S_k {(e_i1,e_i2,...e_ip)}

The "skeleton" geometry S_k is an n-dimensional
projective geometry over the field of one element.
For n=2, the Skeleton geometry consists of 3
points and three lines, or a single cell of
the Sierpinski gasket!:


...\....../\....../\......./
....\.D./..\.D/..\D./
.....\../.U.\../.U.\./
......\/......\/.......\/
.......\....../\......./
........\.D./..\.D/
.........\../.U.\../
..........\/......\/
...........\....../
............\.D/
.............\../
..............\/

We can utilize the minimal ground state of the wave field
model by forming a harmony of group identities for
diverging group renormalizations of quantized force
w/macrotriangles and charged mass w/microtriangles.
(the lepton model is the reverse of the hadron model).

Notice that since there are 9 sectors total which can
represent a total of 9 active macro- and micro-triangles
which represent a separate matrix model for the internal
relationship between colored forces of the strong gluons,
photons of the electromagnetic force, and the weak
gluons of the weak force, two of the microtriangles that
must remain outside of the macrotriangle are anti-quarks
of either both 'up', both 'down', or one 'up' and one
'down'.

The purpose of two of the anti-quarks is to find two micro-
triangular non-anti-quarks with which to pair, in order
to become two neutral pions (mesons).

Within the larger picture of FTL propulsion, the
quadrupolarized disk/tube positronium pulse probe is
programmed to order the exchange rate for all positive,
negative, and neutral pions (mesons) for each virtually
induced off-C.G. Bi-IV polarization state (as induced
by both the circular waveguide's 'virtual' centroid
and the disk/tube surrounding the vessel's centroid).

A remaining microtriangle cross-connects to produce
a positive or negative pion (for the neutron and proton
respectively).

As pictured in the Sierpinski gasket above, the macro-
triangle would represent the force field containing 6
microtriangles of single spin for the bosons.

In relation to the 9 symmetric momentum/position
sectors described above, six consist of the
microtriangles and the other three consist of fractalized
self-similarities in the deterministic or non-deterministic
order of probability, that attach themselves to the macro-
triangle, consisting of one of three different species:

(1) Free fundamental anti-particle of microtriangles
within the constraining forces of a macrotriangle;

(2) Free fundamental particle of microtriangles
within the constraining forces of a macrotriangle;

(3) Free part microtriangles of a controlling whole of
macrotriangle.

Now comes the interesting part. These (3) differing
species of deterministic or non-deterministic orders
of probability for each of the "external" microtriangles
represents the "Euclideanization" of Quantum Field Theory
(QFT) via Penrose's twistor theory, that underlies the
mappable portion of our space time structure, using the
(3) species of deterministic or non-deterministic
(left brain/right brain) species of perception, with
the identity

z = x + i(y),

with x and y as the real parts, and i^2 = -1, and
the set of all such numbers

z_n = x_n + i(y_n)

denoted by C.

These numbers become represented on the complex plane,
and if a point at infinity is added - then the Riemann
Sphere[3a] can be projected onto a plane, together with the
point at infinity, to form the basis for positive and
negative frequencies at the northern and southern
hemispheres, respectively.

These three different directivities, combined with the
rotation operator for the Riemann sphere, are used in
developing the spherical harmonic resonance necessary,
that acts for each of the six degrees of freedom for
the diatomic molecule: translation (3 directivities),
rotation (2 directivities), and vibration (1 directivity),
where although rotation about the z axis does not represent
any change in nuclear coordinates, it DOES represent a
spin harmonization effect along a common C.G. axis for
all diatomic molecules in the vicinity of the z-axis
of rotation.

The three different categories (translation, rotation,
vibration) for the self-similarities, include the
probabilities inherent in determining what the systemic
relationship of parts to a whole might be for the neutrons
and spins associated with the bosons.

Just as the Riemann sphere can be projected onto a
plane, so can a c^2 plane become represented incrementally
by a (delta E) / (mass) gradient, or as well as an
E / (delta mass) gradient degenerancy.

With these realizations being conformed by a mathematical
expression for the conjugate of the 2nd root as the 2nd
root of the conjugate, shown in polar form:

sqrt(x +iy) =

(x^2 + y^2)^(1/2k)e^i[(1/k)(tan^-1)(y/x)+2(pi)n / k]

thus the conjugate:

(x^2 + y^2)^(1/2k)e^-i[(1/k)(tan^-1)(y/x)+2(pi)n / k]

for the mass gradient degeneracy.

where n = wave number and k = 2 for the 2nd or square root.

For the nucleon and/or proton, we're looking at the
Compton wavelength of 1.32 x 10^-13 centimeters for
the nucleon's resonant phase envelope. The frequency
that uses the propogation speed "c" in its formula
would normally maintain the standard 186K miles-per-second
as its generic value, however this is not the way that
the Bi-IV crystallographic would be used with a negative
electric permittivity being the prominent feature of the
phonon-carrying waveguide.

The formula for "c" in this instance is the one stated
earlier, c^2 = 1/UQ, so that c = sqrt(1/UQ), where
U = magnetic permeability and Q = electric permittivity.
The value of "c" can be made to represent the speed of
phonons across the surface of the waveguide wall, which
normally occurs at the speed of sound, 1,087 ft/sec.

From this point on we can use the 1,087 as the basis for
lowering the value of "c" for the purpose of establishing
a virtual C.G. in the waveguide. We can do this by
combining the altered value of "c" in the formula
c = sqrt(1/UQ) with a temperature dependency established
for "c" as:

lambda = 132(10^-15) = c/F

where lambda = Compton wavelength, c = speed of light =
[1087(T/273)], and F = frequency in cycles/second.

We can find lambda in meters for various "T's" or
temperatures in degrees Kelvin.

With Q negative, as stated earlier, the value of "c" has
an imaginary component, which is the rotation operator
"i" in the formula z = x + i(y), and this configuration
rests with the projection of a Riemann sphere onto a flat
surface as a circle representing the base of a light cone
with the point source at "z" distance BELOW the circle's
center, and the Riemann sphere in between.

In fact, if we let Z equal the sum of all real parts
X and all imaginary parts Y, it is clear that the
complex series for all Z for

[the sum of k thru infinity][Re(Z^k) / k!], and

[the sum of k thru infinity][Im(Z^k) / k!] for X and Y
respectively, converges.

Holding all the real parts of X as either equal to
infinity/infinity, 0^0, 0^infinity, or infinity^0,
and letting z = iy, then the (2n + 1)st partial sum:

[the sum of k thru 2n+1][(iy)^2 / k!] = 1 - y^2/2! +

y^4/4! - ... + [(-1)^n y^2n] / (2n)! +

i[ y - y^3/3 + y^5/5! - ... + [(-1)^n y^(2n+1)] / (2n+1)!

[Condition 1]

With the series of real parts converging to cos(y)
and the series of imaginary parts converging to sin(y),
PROVING the Euler formula:

e^iy = cos(y) + i sin(y)

However, since we have completely ignored the original
X as the real part that is equal to zero, we can state
with confidence that also since the Euler identity
(e^i(pi) + 1) is exactly equal to zero, and

e^i(pi) = cos(pi) + i sin(pi) = -1 - i(0), so that

(e^i(pi) + 1) = - 1 - i(0) + 1 = - i(0),

and under this condition, we can only completely
surround the orthogonal axes with the sharpest radian
resolutions available - so that each of the (six)
rotation axes represents a "hop" into the next
consecutive sector of rotation, AND using this as
a premise for establishing a deltronic relationship
in frequency hopping, we can therefore conclude that
[Condition 1] is satisfied for all but the MOST REAL
PARTS, which DO NOT CONVERGE when either:

y = (pi), 3(pi)/2, 3(pi), 5(pi)/2, 5(pi), 7(pi)/2,
7(pi)... ,

~ OR ~

when y (is NOT equal to)

(pi), 3(pi)/2, 3(pi), 5(pi)/2, 5(pi), 7(pi)/2,
7(pi)... , all but the most DELTRONIC parts do NOT
converge.

When referring to DELTRONIC, a point at infinity
becomes included as a point on the Riemann sphe

The sphere can be projected onto a plane together
with a point at infinity. A plane through the
equator of the sphere can be used to show how the
south pole is a point at infinity. Any point on the
northern hemispherical surface of the sphere, joined
by a line segment to the south pole indicates that
there are infinitely many lines intersecting the
equatorial plane towards the south pole, however,
ANY point in the northern hemisphere connected to
the south pole at infinity can become equal in
length with a symmetric line from a point 180 degrees
opposite (on the same latitudinal circle) with a
point that is also connected to the south pole.

The remaining segment between these two line segments
forms an isoceles triangle inscribed inside the
Riemann sphere.

If this isoceles triangle is rotated 360 degrees
inside the sphere, a geometric cone is formed, which
becomes inscribed with the latitudinal circle as its
base, and the field point as the south pole.

This cone represents the narrowing field of the virtual
waveguide's off-center C.G. in the C.G. line-of-action
that joins the local crystallographic "actual vessel" C.G.
with the virtual field point C.G. (mentioned later) in
a phased resonance with a line-of-action, north and south
pole center, "in" or "out" directivity.

Within this isoceles, cone-shaped narrowing field, there
are various resolutions of equilateral cones (i.e.
deltrons) whose vertexes do not quite reach the south
pole negative frequency point, but lie on the centroid
of the north (positive frequency complex analytic)
pole/south pole negative frequency line, which is
below the equator in the southern Riemann hemisphere.

The negative permittivity/permeability exhibited by
the Fermionic pulse probe phonon in the waveguide
channel can be represented by the wave function of
a spin-1/2 wave that is a linear superposition of
up, w|up| and down z|down|, where the positive axis
intersects the Riemann sphere (on the latitude circle
or base of the light cone) at point z/w.

Relative velocities (as compared to the disk/tube
order of pulse programming) can be represented by
varying positions of points on the Reimann sphere,
forming light cones with the motion gradients between
celestial observation points on the C.G. line-of-action.

These light cones represent various phase resolutions
of either red (southern) or blue (northern) pole
inclination.

Somewhere along the north/south equilateral light
cone centroidal bisector lies a point representing the
Riemann sphere equatorial point - a point representing
NOT the light cone's actual centroid, but a point
that must FOLD the space of the equilateral triangle
above or below the Riemann equatorial axis, in order
to align the light cone's actual centroid with that
of the Riemann sphere.

Not only with the second root, but ANY root being conformed
by a mathematical expression for the conjugate of the "nth"
root as the nth root of the conjugate, can be shown in polar
form, as was "guestimated" (harmonic overtone of the earth's
circumference) in a previous post entitled

http://home.comcast.net/~samuel_rans...rmapping.h tm

Five spherical harmonics for each of four orbitals
that the Bi-IV molecule possesses accomodate 20 electrons
total with four spin functions.

Only ten of the the spherical harmonics for two orbitals
need to be identified since the other (ten) harmonics
would be their symmetrical counterparts in a complex
plane of equilibrium, except that since the Bi-IV molecule
becomes symmetric in 3 dimensions, the additional symmetry
causes a greater level of degeneracy between orbital
shells in the molecule, and harmonic convergence can be
achieved on more levels independently of the outer shell(s).

To the extent that these self-similarities retain their
ortho-symmetric characterization during a subvector
harmonic expansion (resonance) with degeneration (resonance
enhancement) depends upon a simple Lie Algebra that contains
a root system of a Cartan matrix and Dynkin diagram, e.g.
L(G) represents the basis for a set of infinitesimal
generators for G, with each one of the generators taking
the form gl_n(K) as the vector space for all n x n
matrices over K. The bracket multiplication of the
two matrices

[J^a_b,J^c_d] = [J^a_b j^c_d] - [J^c_d J^a_b] =

delta^c_b J^a_d - delta^a_d J^c_b

If sl_n(K) represents a subvector harmonic space
matrix, then it can become decomposed into a completely
symmetric (w/the combination of filtering quotients
for certain of the upper triangular Hermitian matrix
variety), as long as the symmetries remain self-
similar during decomposition[4].

The effect is to keep any of the subharmonic quotients
equal to zero for the non-Abelian preference of the Lie
algebra being used.

The difference in the boson model and the hadron model
of macro/micro triangles is that in both models, the free
spin of the micro-triangles all act instantaneously and in
unison in order to determine the single spin of a
macrotriangle, or, either model will fundamentally act
within a positively or negatively directed arbitrary
constraint of controlling forces - still containing the
bosonic exchange of a spin-harmonizing diffusion
process.

The boson model can be modeled the same way that the
hadron model is modeled, to the exclusion of the
fermionic hadrons or leptons. As mentioned for this
model, the macrotriangles represent the force field and
the microtriangles represent the bosons. Since the
bosons have NO antiparticles, they are accorded a spin
for all of the strong[5], electromagnetic[6], and weak
forces[7], with all three of negative W(-), positive anti-
particle W(+), and neutral Z(0) assigned a separate field.

The force quanta contained by the bosons that influence
fermion behavior come to action in the exchange of
photons between electrons.

In a previous post

http://groups.google.com/group/sci.s...d9eb662b?hl=en

it was stated:

"The circular waveguide ortho-pulses in conjunc-
tion with the quadrupolarized pulse probe, and
can provide polarization resolution enhancement
of the equivalent blood cellular gaussian density
distribution for a given plasma.

This is where the Euclidean elliptical GR (General
Relativity) closes the universal metric with Lorentzian
Hyperbolic GR - the boundary between the two is
Newton-Cartan parabolic GR!

The quantum representation for an elliptical
polarization onto the equator of the Riemann
sphere is represented by the polarization state

q = ( z/w ) ^ (1/2), where w = (theta)_0 and
z = (phi)_1 of a 2-spinor (phi)_A

The YES state corresponds to eigenvalue 1,
corresponding to |w|^2 / (|w|^2 + |z|^2), where
w = 1 and z = 0,

and eigenvalue 0 for the NO state, corresponding
to (1/2) (1 + cos(theta)) where theta = 180 deg.
and cos(theta) = -1.00, with w = 0 and z = 1.

Intermediate polarizations can be represented
by (1/2)(1 + cos(theta)) where (theta) represents
the angle between the w and z spinors.

Higher spin using the Majorana picture combines
the components of individual spins into one
massive particle of spin (n/2), where n represents
unordered points on the Riemann sphere.

The Majorana state for the magnetic field generated
by a stream of ortho-rotating phonons in the
waveguide/Bi-IV crystallographic creates a
magnetic moment at the centroid of the coils
that are multiples of their associated spin vectors.

The atoms in the waveguide's field become deflected
circumferentially according to the n+1 different spin
eigenvalues, called m-values.

These eigenvalues represent the eigenvalues of
angular momentum about the upward Z direction
(L_3), that accompanies the total spin operator

J^2 = (L_1)^2 + (L_2)^2 + (L_3)^2, where J^2
represents the Casimir operator for SO(3),
which is relativistically equal to

- c^4 (p_a)(p^a), [8]

where the p_a represents "p sub a", or the mass,
energy & momentum 4-vector quantum operator
and the p^a represents the orthosymmetric
"a of p" or the spin and mass action switches'
volume in the circular waveguide for the 2-vector
antisymmetric quantum operator[9].

The deflected atoms in the field of the waveguide
can be an indication of how much field damping
would be required in order to offset any 1/f
deflection noise that might creep outside the CG
line-of-action."

Again with the Majorana state within the magnetic field
generated by a stream of ortho-rotating phonons in
the waveguide channel/Bi-IV crystallographic, we're
creating a magnetic moment inside the coil(s)
that are multiples of their associated spin
vectors.

The fine structure constant alpha = (mue)_0 c e^2 / 2h
changes with local negative permittivity/permeability
of the surrounding medium, and in a supercooled state,
a harmonic resonance between the velocity of ortho-
rotating phonons at the speed of sound
(V_phonon_sound) occurs at:

V_phonon_sound = V_electron_photon_exchange

When the waveguide channel becomes cooled in order to
trap the photons into an endless loop between the valence
electrons of the positronium, quadrupolarized, and pulse-
probed Bi-IV crystal.

The harmonic resonance of the phonon mass waves with
the photon-valence electrons can be programmed to cycle
in and out of resonance, causing an atomic phase
transition utilizing hyperon decay, which sheds the
hyperon fragments that are bound to nuclear matter
with a measurable lifetime of ~ 3 x 10^-10 seconds.

Strong and electromagnetic processes for hyperon
production in the C.G. line of action would NOT become
inhibited, in order to render the strong and electromagnetic
processes for either both even, or both odd, esp. if there
were a neutrino process in which a very small coupling
constant for all weak processes should help to render the
weak decays for newer particles as alternately ODD and
EVEN. [Note 2]

The strong and electromagnetic processes for hyperon
production in the C.G. line-of-action, or'core' produce a
tunneling effect between layers of spiraling electrons and
positrons in a supercooled state.

This C.G. line-of-action can become pulse programmed to
emulate the mapping condition for a spin-2 graviton
echonism[10], given the elemental anharmonics that would
have existed for a 5-dimensional quantum qubit system
array, which would essentially act as the "server" for a
state-of-the-art, quantum parallel processor.

The genus-1 toroidal surface containing the Siegel
upper-half plane[11][12] has 2^2(g) or 2^2(1) = 4 spin
structures corresponding to the unmapped, unsuperpositioned
4-dimensional qubit system of LRC spins (1/2, 1, 3/2),
with the ground state |0 as the ground state
phase reference.

It was stated earlier that there are five spherical
harmonics for each of four orbitals that the Bi-IV
molecule possesses, that accomodates 20 electrons
total with 4 spin functions.

The five-spin structure mapping surface for a 5-dimensional
qubit system with (1/2, 1, 3/2, 2) spins and ground
state |0 phase reference follows the phase-conjugated
superposition principle for BLM LRC memory storage,
fractally nesting what is unique for each group of
individual Schumann resonance(s), given the meta-
programming that should exist for each individual's
5-week gestation period[13].

Superconducting quantum circuits require minimizing the
phase decoherence due to reduced lifetime of the
resonant state, particularly in flavour (strange quark)
degeneracy for the hyperfragments, as well as the
problem of sufficient bandwidth for each off-resonant
term that would be a requirement for mapping the Siegel
upper-half[11][12] of the Hamiltonian (in this case,
Hermitian) to its geodymically configured worldline.

In a previous post[14], the earth’s geodyne was used to
map sectors of the earth’s grid and compare them to
c^2, arriving with a strange mathematical conformity.

The idea for redshift being quantized helps to explain
why dark matter remains invisible, as the human brain
itself contains a majority of quantum processes that
continue to remain unknown for perhaps centuries to
come, but until the time our invisible consciousness
becomes visible, the seething and blinding light of
the universe’s cosmic zero point background will
continue to wrap 26 dimensions of spacetime into
the Planck length.

We can define c^2 = 1 / (UQ) where U = magnetic
permeability and Q = electric permittivity. With Q
negative, c^2 must contain an imaginary component!
This “imaginary” component is offered to us as our
component of imaginary mass, affected only at the very
fringes of our consciousness – a place where time
dilation occurs at the exact point where an imaginary
quantum particle (or parallel universe for that matter)
intersects a curved line or edge of our own mappable
worldline, but where simultaneously an asymmetric
quantum particle (perhaps tachyon) crosses in a straight
line. In this sense, the horizon equals the boundary of
our observation, and the asymmetric interaction creates
a worldine of red shift deviation.

Piloted or individualized, instantaneous k-colors
(k-shadows)[15] are then reverse-determinisms with their
periodically physiological weightings or 5-week interval
distances representing a Markov harmonic string
fractalization process that is recursively unsolvable,
but can be used to interphase groups of individual
zero-times within their fractalized envelopes of:

[((2.68)(35^2)(10^6))/365] / 72.46 L.Y.,

where 2.68 represents the quantized redshift wavelength
increment in steps of D = nR* = n(7.91197(10^-11))
centimeters, 72.46 = 72.46 km/sec = total redshift
quantization marker to the Coma Berenices cluster
of galaxies, (35)(10^6) = distance in L.Y. to
Coma Berenices, and 35/365 = days of year equal
to the 5-week interval, measured as the human
relaxation time[16].

The etheron diffusion process is a bit more complicated,
as it relates to five kinetic pathways with eight different
reaction states: two having the same beginning as
endpoints to a state previous to it (one endpoint being
immediately previous and the other endpoint being 5
states previous).

This is how the gravity fields become applied in the
manipulation for various G-etheron gradient
concentration profiles, in terms of the capacitive flux
vector divergence for each of the various G-etheron
gradient concentration profiles.


Note 1:

from:

http://groups.google.com/group/alt.p...c0e9f5e4?hl=en

"The particular advantage of the above groups are the
ability to retain memory of diverse environments that
may be life threatening, i.e., a sort of "red shifted"
state of consciousness, and, alternately, a projected
state of consciousness, i.e., "blue shifted"." These
consciousnesses represent the deltronic mediators, as
they are an identification of who would be the most
flexible 'subsumers' as well as 'subsumed' deltronic
pilots for interstellar travel.

In other words, one far field component of one person's
"repetitive patterned behavior, group association, and
group division" could be similar to another person's
"repetitive patterned behavior, group association, and
group division", and even one group's similar associa-
tion could be similar to another group's similar asso-
ciation. If this is the case, then there is one group's
red-shifted and blue-shifted sums of shared space reso-
nances with another group's sum of red-shifted and blue-
shifted space resonances. In fact, the red-shifted and
blue-shifted component's of "another group's red-shifted
and blue-shifted space resonances" represent the two
other red-shifted and blue-shifted photons in the far-
field component of space resonance.

These "two other red-shifted and blue-shifted photons"
are actually even momenta photons that are produced when
a spherical standing wave, created by superimposing a
space resonance as a negative out- wave at the center
of an electron's in- wave, for a mass-to-length trans-
formation with the conventional dimensions of Einsteinian
Energy m(l**2)(t**-2) becoming (l**3)(t**-2). These re-
lationships are the result of the "e" charge of the
electron, that is an ionic one that delivers MASS as
"space synchronous" energy in terms of a mass-to-length,
or l(l**2)(t**-2), or (l**3)(t**-2). This involves the
super-position of two INBOUND and OUTBOUND resonant
frequencies, at SOME POINT OF HARMONIC CONVERGENCE.

Another aspect of "space synchronous" energy is that
it might also be regarded as a "time synchronous" event
in the sense of some shared, resonant phenomenon, such
as the 'observation' of an event (agreed upon between
two parties) as taking place 'simultaneously'.

Since any agreement between two parties as a shared
experience has to include the intentional imprint of
some prime directive, e.g., achieving delivery to a
particular spacetime coordinate (represented by (p,iq),
discussed later), it is deltronic self-same conscious-
ness[18] that must create the shared experiences based
upon some initial, theoretical, and therefore imaginary
shared intent between the two parties. Therefore, the
experience between two parties cannot be exactly the
same as the intent of each party.

Since the intent has now become subjective, the
corresponding delivery for this particular brand of in-
tention imprintation to some spacetime (p,iq) repre-
sents an ionic exchange between QCD "mirrorverses" in
deltronic consciousness[18], while the "experience" has
become the end or objective representing ANOTHER
ASPECT of the same brand of intention imprinting
towards the same (p,iq) for deltronic QCD "multiverse"
TACHYONIC exchange.

It just so happens that for para-positronium, there is
a charge conjugation parity of -1, meaning that the mo-
mentum frequency, in terms of the parameters of the sine
function, is equal to:

-[gm(c**2)b/h], where the value gm(c**2)/h=mass frequency.

In these equations, "g" is a relativistic term, equal to

g = [1 - (v/c)**2]**-1/2 for the doppler effect. The

value for b is the relative velocity b = v/c.

Now we come to a fundamental change in the way we view
mass "m" in the above equations. The terms used to de-
scribe mass frequency become "programmable" from a
"carrier wave" standpoint, but notice that due to the
negative charge conjugation parity, there must be a
"negative mass frequency" involved. This happens to be
the point where a subharmonic of the phase conjugated
replica wave becomes the new carrier for the decompres-
sed EMF "fringefield" along the plane of polarization.

Since relative velocity, b, is only a ratio of relative
velocities =v/c, where actually, v can be said to equal
c+n, with n equal to either +dv and -dv, but not simul-
taneously, representing the upper and lower sideband
spectrums, we have established an interdependency be-
tween the near field and far field components w.r.t.
"hidden" mass frequency becoming a new fringfield mo-
mentum frequency.

This "hidden" mass frequency just happens to be the
"delivered mass" of space synchronous energy, described
earlier, as a mass-to-length transformation with the con-
ventional dimensions of Einsteinian Energy m(l**2)(t**-2)
becoming (l**3)(t**-2). This represents the fourth state
of matter with (p,iq)[19] representing the phase space, and
the common element between both p and iq being the electro-
magnetic coupling constant, calculated for each particular
Fermi plasma state, which varies for both electrons and
phonons, and is dependent upon the frequency and amplitude
of the probe beam, where p = momentum component of phasor
and iq = imaginary instantaneous charge component of phasor,
where p**2=m**2, which consists of one half of a 4-momentum
"p" that includes energy as part of its timelike component,
nue = wavelength, w = frequency = f, with 2nf = angular
(phased) w_ph, n = # rotations, h = Planck's constant, and
c = speed of light in vacuum.

Thus disassociated ions become "charged particles" at their
particular frequencies and intensities, and must crossover
a particular insulating medium, notably the QCD barrier,
that is within a particular relaxation time[16], that the
lightbodies, with their corresponding magnetosomes, which
are being "phase conjugated" a certain percentage of
the time.

All of the bioprogrammed infolded harmonics "subtract" a
certain percentage of the lightbodies while absorbing or-
gone energy as the side effect during this micro-time
period of phase conjugation. As an overall effect, all
BI-IV QCD Color Magnetic Force Field (10^-11cm - 10^-13cm)
is "stripped" from the hypertranslating "cube",
sp."color force") instantaneously contracting a coherent
phase propogation and direction of sonic vibration for
every single magnetosome in the human body.

Part of the process for achieving dissolution of the color
magnetic force field involves the fine tuning of the con-
nectivity between the metallic ions of the BI-IV diamond
crystal, achieved by Fortran analysis, with the use of
instructions, crystallographic, atom data, reflection data,
batches, wavelength, direction cosines, and modified
crystallographic specifications that include charge distri-
bution, 'unobserved' reflections, charging cycle, atom coor-
dinate location, and coordinate constraints for generating
the output of specific crystallographic polarizations for
the diamond lattice.

These polarizations are achieved through automatic detection
of the asymmetric units in polar space groups using Fourier
analysis. The program will help to identify where the specific
limitations are w.r.t. creating the most 'useful' crystallo-
graphic grain orientations, as well as incorporating thermo-
controls using the parameters of rigid bond and
interatomic distance.

The interaction of biological molecules, such as human
blood cells, which contain the DNA with their associated
magnetosomes and lightbodies, can be studied w.r.t. their
ability for rejuvination, in terms of tolerance levels of
disassociation, as well as their sensitivity to the various
types of affinity for infared-to-ultraviolet type QCD.

Labeling blood plasma cells with inorganic cellular probe
'quantum dots' that fluoresce when energized by specific
frequencies can help to de-luminate the harmful inten-
sities of Cerenkov radiation during hypertranslation and
restore the lightbody health contained in memory water.

Remember that it is not just a side effect but a supernat-
ural phenomenon that human DNA is the propogator of over-
all growth and self organization that, based upon the
programming instructions blood cells receive from DNA,
can be shielded by a quaternic assembly that mimics the
same growth and self-organization within the quaternic
crystal, represented by a set of space wave functions
for the free ion as y_5 = R(r) Y_21 , y_4 = R(r) Y_20,
y_3 = R(r) Y_11, y_2 = R(r) Y_10, y_1 = R(r) Y_00, where
R(r) is a function that depends on the Hamiltonian of the
ion, and Y_21, Y_20, Y_11, Y_10, and Y_00 are spherical
harmonics for the polar angles q and f. These polar angles
are used in the relationship of momentum representation
in spherical harmonic equations.

This technology would reinvent an astronauts spacesuit
in terms of actually programming the environmental con-
ditions of a hypertranslating biofield from the inside
out. We can look more closely at the cellular level
for what happens intercellularly during hypertranslation
with the lightbodies."

Note 2:

For quantum "associated production" new particles come in
pairs (Hyperon, Kaons) and are each assigned a value of
1. Old particles (pions, nucleons, gammas, and leptons)
are each assigned a value of 0. Numbers are added for
the initial states, and then for the final states.

Phase transitions that occur in a highly polarized magnetic
field for Bismuth occupy three Fermi surface ellipsoids,
producing sharp field transitions and flavour[17]
degeneracy.



American


[1] Yang-Mills supports a degrading metric, Newton-Cartan
does not.

[2]

T(t) represents the

"simple relation between the sum of contributions from
all perturbation theory diagrams from any off-shell
amplitudes and a matrix element, between eigenstates
of the full Hamiltonian, of a time ordered product
of corresponding operators in the Heisenberg picture.

This relation is provided by a theorem which shows that
to all orders of perturbation theory*

(out_eigenst(-), T{-i O_a (x),-i O_b (y)...} in_eigenst(+))

= (out_eigenst(-), T{exp(iHt_x) o_a(x,0) exp(-iHt_x)
exp(iHt_y) o_a(y,0) exp(-iHt_y)...} in_eigenst(+))

where O_a, O_b = operators and H = the full Hamiltonian

* for a single "o" operator, this is a version of the
Schwinger action principle."

- The Quantum Theory of Fields, Steven Weinberg, Volume I
Foundations, (c) 1995 U. Of Cambridge, Ch. 6,
The Fenynman Rules, Sec. 6.4 Off the Mass Shell,
p.288

[2a]

Marius Sophus Lie (1842-1899) was a geometer and analyst
interested in generalizing concepts - he became familiar
with Gaspard Monge's (1746-1818) theory of differential
equations in Paris, where he developed his famous "contact
transformation" (his thesis was entitled "On a Class of
Geometric Transformations" in 1872, which eventually
became the "Lie groups").

[3]

Term-in-term geometries represent complex projective
space of complex dimension, that contain linear
projective automorphisms. A flag is a sequence of
elements in a matrix that can be pictured as a
"wavy plane" bisected by a line segment at the flag's
maximal amplitude.

[3a]

The idea for the Riemann Sphere was in use long before
Einstein had ever created SR or GR, but its application
to physics as a fundamental theory for creating four
dimensional manifolds started with Rudolf Lipschitz
(1832-1903), and was further developed as a spacetime
metric by Hermann Minkowski (1864-1909) in his book
"Space and Time" (1907).

[4]

e.g. let 2h be the subvector space of sl_n(K) consisting
of all dually symmetric diagonal matrices

diag(2(lambda), ...2(lambda)_n),

with (2(lambda), + ...2(lambda)_n) = 0.

Then 2h is still a non-abelian subalgebra of sl_n(K) of
dimension 2(n-1) or 2(n-2). h is not a (general) ideal
of sl_n(K) if n is greater than or equal to 2.

However, here we have the upper Hermitian of a 2-matrice
with its supersymmetric partner 2X an element of gl_n(K)
with trace (2X) = 0. Then sl_n(K) is rather a symmetric
ideal in gl_n(K).

The quotient becomes the non-abelian Lie algebra of
dimension 2.

[5]

10^-35 second holds atoms together

[6]

For an electrically-charged, axially-symmetric background

[7]

10^-11 second radioactive decay

[8]

The Road to Reality, A complete guide to the
Laws of the Universe, Roger Penrose, Ch. 25,
p. 559-563, Knopf, Borzoi Book, Random House.
(c) 2004

[9]

Note: Is there such an animal as a 2-vector
anti-ortho symmetric quantum operator that grants
p^a 2 additional components?

[10]

Echonism uses the earth as an idea in transition - an
imaginary "echo" from future neuron potential or adequacy
in cosmological time, that filters a quantum probability
wave towards its expected geodymic response, back to
the stimulus of the event in universal time. The event, or
stimulus represents the quantum probability wave - the
quantum "filter" represents an individual statistical
response - BOTH are required in order to correlate their a-
causality with an intelligent imprintation storage
mechanism (such as a Behavioral Log Manifest (or BLM)[18].

[11]

http://groups.google.com/group/sci.s...71f16a71?hl=en

[12]

http://groups.google.com/group/sci.s...aac2060d?hl=en

[13]

From the section "Locking in Consciousness"

http://groups.google.com/group/sci.s...f54721e3?hl=en

[14]

http://groups.google.com/group/sci.s...d6088634?hl=en

[15]

http://groups.google.com/group/sci.s...52e9cbb1?hl=en

[16]

http://groups.google.com/group/sci.s...531aefe6?hl=en

[17]

Quark flavour consists of six types:
Up (u) down (d) strange (s) charm (c) bottom (or beauty)
(b), and top (or truth) (t)

[18]

Origins of BLM Theory

http://groups.google.com/group/sci.s...264edd6d?hl=en

[19]

The relevant Monge Ampere equations have been described for
a non-linear plane of a moving threadline. The "threadline"
represents a serialized (thread) decompression (kinetic) rou-
tine for the rotating/counterrotating disk/tube arrangement
involving geometric and material non-linearities, i.e., shock
wave-fronts propogate at vc for T=(1/-f), longitudinally, and
,= c for T=(1/f), transversely. The interdependency for Lax
pairs allows, in principle, 3 of 4 longitudinal/transverse
pairs to be phase conjugate mirrors at a single pulsetime
during some pulse programmed, marched time series. Three out
of four mirrors are used because the fourth phase conjugate
wave is used as the pilot wave, and not "mirror" for the rest
of the single 4-step in the series, being the aforementioned
red-shifted and blue-shifted sum of shared space resonances
between the two negative intrinsic charge conjugation parity
photons of positronium and two other "dark" photons of posi-
tive intrinsic charge conjugation parity. The dispersion re-
lation (a.k.a. mass shell) w = 2*(pi)*(nue) = c|k| for far
field gravity waves is violated in the near field for freq-
uency "nue" and wave 3-vector k = p/h, where k = Newtonian
g-constant = 6.670*10**-8 dyn.cm**2/g, p = phasor (part of
phase space (p,iq), where p = momentum component of phasor
and iq = imaginary instantaneous charge component of phasor,
where p**2=m**2, which consists of one half of a 4-momentum
"p" that includes energy as part of its timelike component,
nue = wavelength, w = frequency = f, with 2nf = angular
(phased) w_ph, n = # rotations, h = Planck's constant, and
c = speed of light in vacuum.

American wrote:

Following the lead that tachyon/nuclear fusion self-
damping eventually exhibits the "tired light" approach,
[snip 1169 lines of crap]

idiot

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
http://www.mazepath.com/uncleal/lajos.htm#a2

On Oct 6, 5:54*pm, Uncle Al wrote:
American wrote:

Following the lead that tachyon/nuclear fusion self-
damping eventually exhibits the "tired light" approach,

[snip 1169 lines of crap]

idiot

--
Uncle Alhttp://www.mazepath.com/uncleal/
*(Toxic URL! Unsafe for children and most mammals)http://www.mazepath.com/uncleal/lajos.htm#a2

Please at least have a teachable moment before returning to your
particular ivory tower - and be reminded that your *opinion* of "tired
light" vs. BB theory can be more easily explained when many can agree
for a curved spacetime structure than they can an "exploding" one -
the "tired light" approach appears as a result of the energy of
electrons (and therefore emitted photons) being produced by tachyons
in an energy-rich tachyon-field, giving the electron the energy for a
circular orbit. The same IMO is true for neutrinos.

Notice I never disqualified BB theory - only modified some of its
tenets - I believe more in the "Inflow Theory of Gravity" as a
quantized one, that causes non-linear quantized redshift universe-
wide, but generally linear on the local galactic scale.

Fact is, it can be shown that quite distant quasars (as well as gamma
ray bursts) have much more intense streams of red shifted photons than
do similar, much closer objects.

If the redshifted photons were emitted outside our galaxy have the
same energy as the non-redshifted photons inside the galaxy, and if it
is known that redshifts have lower energy, then the definition of
redshift Z = D/W, where D represents the difference between the
observed wavelength and the laboratory W, then the emitted photonic
wavelengths are increasing their quantum jumps with increasing
distance.

The phenomenon attributed to the "tired light" effect - and yes - it's
self-damped too - whether or not you agree with this effect, is still
being produced by self damping of the tachyon inflow with 27.27% of
the star's fusion contribution makes no difference at all - the self-
resonance of the star's fusion with the ether energy of 10^23 ergs
with a density of 10^12 gms/cm^3 is like running into a brick wall
with nearly 70% efficiency that your "splat" will not be heard by
anyone.

(That's one blood-sucking splat)


idiot

That's your problem, not mine.


American