a Nazi
soldier at the battle of Stalingrad
“What was it like when you were here before?”
she asked.
“Well, having once been a student of Abdul
Said at American University’s School of International Service was total
entré at the Ministry of Education.
Being a personal friend of the Director of
Security for the Port of Colombo had it advantages. Having introductions
to the Portuguese community from a
one-time copra plantation owner raised of
British parents in Kelaniya, who, during World War Two, was Police Special
Branch, MI5, insured welcome at
musical occasions not on a par with Madredeus,
surely, but nonetheless… When I arrived here in '86, the AirLanka jet that
came in after my Thai Airlines
flight was blown up on the tarmac killing
a flock of Japanese honeymooners on their way to the Maldives. A few days
later, ten minutes after I walked by,
the International Telegraph Office was bombed,
killing nearly a hundred people. Trapped in a retrograde, I felt like I
was back in Saigon during Tet '68.”
This was said sitting over breakfast with a stunning redhead in a bright green sari at Haus Chandra in Mt. Lavinia.
“…and Kissinger begat Phnom Penh, and Reagan begat Jaffna, and…”
“What was that you said?” An elderly gentleman at the next table had been intensely ease-dropping.
“You mean about Reagan?” I asked, turning to
him. He was tall, well preserved, straight-backed. Somewhere in his seventies.
Speaking English with a
European accent -- German, Austrian, Slav,
perhaps.
“Reagan and Jaffna.”
“It was the Reagan bombing raid on Libya that
brought about the demise of Rajiv Gandhi… I felt guilty, given that I predicted
the assassination two years
in advance.”
“You are speaking in riddles.”
“Sub rosa Israeli military advisors had long
been urging a full-fledged invasion of the Jaffna Peninsula, but each time
a step in that direction had been taken
there was an international outcry and charges
of a policy of genocide. Hence, no invasion could actually be mounted.
The Reagan bombing raid was
precedent setting; you could feel the earth
shift beneath your feet in Colombo. Suddenly, invasion of the Jaffna Peninsula
was psychologically acceptable.
The human species had moved through another
phase transition. Locally, in Sri Lanka and south India, the resultant
consequences were inevitable -- even
the sustained Sinhalese attack on the local
echelons of the Colombo government in reaction to the engagement of the
Indian Army, and the piles of burning
bodies strung south along the Galle Road and
north to Kelaniya each morning. There are certain inescapable costs of
globalized forced deruralization and
monoculture. Progress cannot be achieved without
sacrifices at the periphery… Someone should have told them you don’t run
a successful local
government interdiction effort without first
infiltrating your opposition’s intelligence apparatus.”
The intensity of the old man’s gaze turned white hot. “You were a part of the American Army? I heard you mention Saigon.”
“That, I was.”
“And you have such politics?”
My answer was forthright, as always. “The psychedelic
anti-war street theater thespians grew up to become global monoculture
advocates. The only
human factors on the scene with sufficient
moral courage to oppose cultural heat death and associated species cognitive
suicide are local dictators and
separatist movements.”
“We must talk.”
“Why is that?” I wanted to know.
“I have come here to Medicina Alternativa at Anton Jayasuriya’s invitation to lecture on things you should know about -- things only I can tell you.”
“What could you be lecturing about? Something military I am to surmise. You have a military background?” I was not really taking him seriously.
“I was a Nazi soldier at the Battle of Stalingrad.”
I sat back in my seat and looked closely at
the man for a moment. “Well then, we were cut from the same cloth. I suspect
you have an unusual subsequent
personal history.”
“I became a medical doctor after the war and
worked for several decades at the Albert Schweitzer Institute in Africa.
I founded Yellow Cross
International and have been associated with
a children’s hospital in Iraq for the past ten years.”
I nodded, taking him quite seriously now.
“What are you lecturing on?” he asked me, continuing his burning stare.
“Some theoretical perspectives on neuronal
and perineural DNA radiation exchange and conductivity properties. What
light these might throw on the
periodic migration of acupuncture points as
biological quantum field physical-region singularities. You may be aware
that Anton never puts the needle into
the same place twice.”
“You are an expert on such a technical subject?”
I shrugged. “I lectured on the topic at Tsukuba University outside Tokyo a few years ago, for whatever that is worth… So, what are you lecturing on?”
“Günther’s disease, a new form of radiation sickness I documented in Iraq following the Persian Gulf War.”
“Your name is Günther?”
“Horst Günther. And you?”
“Liana. Uh, uh, I mean Derek Dillon.”
That elicited a strange look. “I believe you may be in danger if you are freely lecturing on such subjects.”
I again sat back in my chair and looked closely
at him for a moment. “There was a recent nearly successful attempt on my
life, the manner of which raises
such issues, though there is no way to be
certain. It is unclear, for instance, why a drug-and-rob expert would force
feed rat poison to an already
unconscious victim who received a Micky Finn
with a quantity of Rohypnol in it sufficient that the victim remained in
a coma for over 72 hours; why all
personal documents were taken in course of
a meticulous room search; why the stolen Amex card was not used, though
unreported for five days while the
victim was in the hospital -- the apparent
target of the assault being a laptop computer containing, as far as anyone
in the immediate vicinity knew, the only
copy of a 1700-page novel I was trying to
get printed with grossly inadequate resources.”
“And yet you continue to talk with so little inhibition?”
“It’s a calculated risk. Larger issues of inner
development than those of merely one lifetime are involved. I have learned
that at this stage in the
deteriorization of the Cartesian-Newtonian
institutionalization every successful person is the enemy, because they
are as mentally deformed as the system
they have conspired with is corrupt… You have
been faced with similar decisions.”
“Quite so,” he agreed. “I came here directly
upon being released from the hospital. I was cut down by automatic weapons
fire from a passing car while
standing on a street corner in Germany.”
“Somehow I suspect Günther’s disease has something to do with the quantum properties of DNA,” I said, recognizing a fated meeting.
“I am here for two days only. You come to my
lecture this afternoon. We will talk then.” With that, he rose and left
the room.
Three people showed up for his lecture, myself included. There was no interest in a clinical portrait of the illness caused by exposure to spent depleted uranium projectiles used in the Persian Gulf War. After a cursory account, he went back to his room and returned with a huge box of slides. For the next two hours his audience of three viewed a show every bit as gruesome, I feel sure, as the holocaust films the American Occupation Authorities required German elementary school children to view well into the 1950s -- only in this case the victims pictured were primarily children brought into Günther’s hospital. More necessary sacrifices at the periphery for the sake of progress toward global monoculture.
I was flooded with childhood memories of the
Hiroshima and Nagasaki bombing sites before they were fully restored to
liveable habitats: my bomber-pilot
father had made a point of carrying me along
to see them. The moral lesson could have been one of several, and I never
really ascertained which one was
intended, though I am precisely aware of which
one I received. Generally, there’s little talk after such an occasion between
a father and a son.
After two hours immersed in such depressing
images, I was not much in the mood for dinner, so we chatted over beer
about the possible relation of my
ideas concerning DNA to the emerging clinical
portrait of Günther’s disease. At first, of course, he had thought
the children had malnutrition or anemia or
leukemia; he had imagined he was seeing all
sorts of things he had seen in Africa. But no specific diagnosis held together
and response to treatment was
never characteristic of the given suspected
disease he thought he was trying to cure. And the number of children continuing
to be brought into the hospital
with the syndrome was becoming staggering.
In frustration, he went to the field to investigate. It was found that
among the early cases seen at the hospital
there was a common history: each of the children
had collected shards of the anti-tank projectiles used in the war. Samples
of these were eventually tested
and found to be mildly radioactive. Through
university contacts in Europe he was able to learn that twenty years earlier
a German company had developed
a method to extra-harden steel using depleted
uranium. This method had apparently been employed to produce the projectiles
used by the Americans in the
war. While in Germany clarifying the facts
of this, he held a press conference and described what he had discovered
about Günther’s disease. The story
hit the European press for one day and then
disappeared. Very soon thereafter he was cut down on the street corner.
I told him that my ideas about the relationship
of the quantum properties of DNA to immune signification and biological
clocks suggested that mutational
intrusions upon DNA were not required for
disease pathogenesis; disease, particularly immunological disease, could
be induced in absence of oxidative
DNA damage. Some people will have genetic
vulnerability to a particular frequency, others will not. I had read that
electromagnetic pulse (EMP)
warheads had been detonated over Iraq. A lot
of chemical agents had also been dispersed. Perhaps he was seeing several
related disease processes and
had catalogued these under the rubric of one
syndrome. According to my theoretical notions, shifting the frequency response
cone of DNA makes the
molecule immunologically alien, leading to
formation of autoantibodies and later to formation of histologically specific
anti-DNA antibodies. Since it is
intraneuronal DNA in the brain stem reticular
activating system which is most involved in mediating CNS-immune system
interactions, one must suppose
particular vulnerability of the RAS and centrencephalic
integrating systems. This process is exemplified in radiational triggering
of inherited DNA
frequency anomalies (allopathically, “diatheses”;
homeopathically, “miasms”) in onset of systemic lupus erythematosus (SLE).
A shift in the frequency
response cone can most effectively be induced
by EMP radiation at very low intensity levels where resonance effects are
achieved. This shift can also be
chemically induced. I further noted that there
have been rumors floating around for years that injection of pulverized
depleted uranium has been used as an
esoteric means of slow assassination. He found
this rumor particularly distasteful and we discussed the fundamental incompatibility
of simultaneously
developing a cure for cancer (not to mention
SLE, AIDS, MS, et cetera) and effective anti-personnel EMP weapons. He
was interested in my ideas about
DNA’s quantum properties, but was currently
absorbed with the issue of depleted uranium. We parted with promises to
keep in contact.
When I returned to the U.S. months later, I
did some research and discovered several reports in the free local New
Mexico press of extensive local testing
of depleted uranium projectiles in the period
prior to outbreak of the Persian Gulf War. I also found a report in a local
newspaper about an Army testing
location for anti-personnel EMP weapons systems
located in the Northern Virginia suburbs of Washington, D.C., which had
recently been shut down and
ironically transformed into a nature preserve.
EMP testing had transpired there since the early 1970s. It was the reporter’s
opinion that the local residents
had EMP testing to thank for the nature preserve
which otherwise would have become part of the built environment. I had
kept my eyes open for reports
around the D.C. area because I remembered
reading in the Washington Post during the mid-1970s of local-citizen concern
about naval testing of EMP
weapons on the Chesapeake Bay, and I suspected
there was considerable such testing going on in the area. If, as I knew,
they had manufactured Agent
Orange in an Alexandria waterfront location
during the Vietnam War era, why would they refrain from testing EMP weapons
at similar locations today? I
was also aware that study of altered time
rates of change of nucleotide bonding in dioxin-dosed cells was one easy
way to look into the diatheses of SLE.
After all, dioxin had been developed as a
fertilizer during WWII, but was abandoned because it speeded up cellular
metabolism to such an extent it killed
the cell. The diatheses in question relative
to SLE are the DNA quantum frequencies setting nucleotide transcription
rates.
I wrote Günther several times, sending
him material on conductivity of DNA and its likely clinical implications,
but received no reply for approximately a
year. In the response I now received, I learned
that when he returned to Baghdad from Colombo, he gathered some projectile
shards and took them to
Germany for more detailed testing than could
be done in Iraq, in order to further document his thesis. He was immediately
arrested by the German
authorities upon stepping off the aircraft
and charged with carrying radioactive materials into the country without
a permit (in a properly shielded container,
of course). This was legally rather spurious,
given that both the German and U.S. governments at the time maintained
that no radioactive munitions had
been used in the Persian Gulf War. Günther
was kept in prison without trial for months, where his treatment verged
on torture. He was eventually liberated
after a major legal effort by friends and
colleagues. He also had come down with symptoms of Günther’s disease,
presumably from handling shards before
understanding what he was dealing with. The
material which follows is the content of discussions we never had the opportunity
to engage in.
functional integration and DNA radiation exchange
Predictably, theoretical articles on biological
superconductivity had pretty much dropped out of publicly available scientific
literature in the early 1980s, but
experimental work on DNA response to electromagnetic
fields continued to be sporadically reported. My initial ideas on this
subject came much earlier,
while in the hospital during 1967 recovering
from shrapnel wounds. Having been trained as a Special Forces medic, and
having witnessed a few things in
Viet Nam, I found myself not believing what
I had been taught about functioning of the immune system. I had seen that
extreme stress, that experience
confounding belief, that chronic identity
disequilibrium, that rage could cause white blood cell counts to spike
well above 20,500, stay there for a week, and
return in a matter of hours to normal, or
drop well below normal, when, say, the rage was quenched by some proximal
emotional event. I had seen fevers
of 105 degrees come on, persist for days,
and break in the same fashion, fevers which the doctors believed were indicative
of Plasmodium falciparum,
scrub typhus, post-surgical shock, septicemia
or other such causes, when clearly the fevers were due to rage and only
rage. Such fevers, after laboratory
tests had failed to demonstrate any of the
elements of the differential diagnosis, were inevitably classified FOUO,
fever of undetermined origin. The thing
most interesting about clinical medicine is
how poorly case particulars conform to heuristic models of disease. Since
so much of modern medicine is
involved with reinforcing or enforcing the
effects of state-instigated forced indoctrination -- be it of military
personnel or the civil population -- I found
myself doubly doubtful of the medical doctor’s
judgment on issues which threaten validity of the state-sanctioned medical
model of disease. Moreover, I
had never heard of a medical doctor who had
actually experienced paranormal states of consciousness so often associated
with the high-combat engaged
in by the elite special service unit, the
effects of which doctors so easily made pronouncements upon, and I therefore
spontaneously experienced a
sentiment of contempt. By mid-1968, I had
entertained the notion that DNA inside the neuron cell was instrumental
in mediating the responses I had
observed. Some level of intersystemic integration
involving neurohumoral stress reaction, biological clocks, immune response,
genesis of the EEG, and
psychosomatic interaction not presently contemplated
clearly was involved. The question was: How could such integration be achieved?
This is what I
began trying to imagine. Radiation exchange
by DNA certainly had to be a central feature.
I have no intention of telling a chronological
story, presenting ideas syllogistically, step by step. I have found that
nothing authentically creative ever
happens chronologically or in reasoned binary
syllogisms. Not only is it one form of scientific lying to communicate
ideas as if this were actually the case,
but it makes infrascience inevitable -- with
help of military service funding, of course. The reader comes away with
the mistaken impression that he
understands. Only the purposes of infrascience
are served by such purported understanding: inhumane use; alienating technologies;
present wars, future
wars, imaginary wars. Besides! who wants to
attract non-creative minds -- service-funded or no, In-Q-It or no?
a range of beta values
From the perspective of the 1979 mathematical
model of DNA in its superconductant state which I eventually co-authored,
it seems obvious why
researchers are getting a range of beta values
with different DNA electron transfer experiments. They think they have
a substance with an invariant index
of conductivity at a given temperature, which
index can be established via measurement. This is not likely to be the
case in vitro, any more than in vivo. In
the living cell, DNA molecules in different
physical locations (nucleus, mitochondria), and therefore in different
functional relationships, will have different
levels of conductivity. These levels of conductivity
will differ with histological type: muscle cells, collagen cells, et cetera.
Moreover, each of these
reference levels of conductivity will vary
according to the changing radiative environment of the given DNA molecule.
Why? Because the level of
conductivity is a function of: [1] the EXACT
mass properties of the sample (meaning experimental duplication requires
the same base sequences, the same
sugar-phosphate backbone “string length”,
the same intercalated molecular attachments, and so on); [2] the frequency
cone (frequency, wavelength,
waveform, intensity) the sample is subjected
to (meaning that the experiments need to be done in a Faraday cage using
identical laser devices to deliver the
photon); [3] establishment or non-establishment
of resonance between the mass properties of the sample (a determinant of
well-stacking versus
limited-stacking) and the properties of the
frequency cone to which the sample is subjected. Already, by 1979, Shteyer,
et. al., had demonstrated in the
laboratory that DNA could be switched on by
only the right pulsed frequency cone (very low intensity EMP, that is).
It is likely that in Jacqueline Barton’s low
beta value experiments, she created tuned circuits with the embedding frequency
cones. Basically, what has
been demonstrated by the corpus of experiments
on electron-transport rates between metallointercalators of DNA is that
the undisturbed molecule has the
lowest beta value (decay of electronic coupling
with distance). The more well-stacked the probes, the more the excited
states are well-populated in the
natural DNA bases -- the less, that is, the
p-stacks of the molecule’s nucleotide staircase are disturbed -- then,
the lower the beta value. Now, given that
knowledge, stack resonance effects on top
of well-p-stacking, natural orientation, and donor energetics! For any
given sample, how could the properties of
the frequency cone required to create a tuned
circuit be determined? We are not just talking only donor energies here,
but the whole embedding cone:
which means in vitro ain’t in vivo. Distance
dependencies are sensitive to donor energies and to the other properties
of the embedding frequency cone.
Consider the superheterodyne (and screen grid
in a radio tube) analogy: “We can set up our own transmitter very near
the guy and blast his receiver with
our own transmission. We keep changing the
frequency until we happen to hit the one he is receiving on. At the very
instant we hit it, the local oscillator
circuit in his receiver will howl. It’ll put
out a sound wave.” In the present case, the VERY RAPID quench of a glow
is the analogue of the local oscillator
circuit howl. There will be a very narrow
range of high beta values with variations in the properties of the laser
light used to blast the given DNA sample
(this is Anthony Harriman’s 40,000 measurements
[see Wu, 1999]; but, alas, one can hardly be surprised that sexual bias
should subliminally vector
preferences relative to intercalated versus
pendent donors), and a sharp low-value down spike (the “howl”) if a given
blast happens to hit the resonant
“frequency” of the given sample.
Is there any way to predict ahead of time where
the low-value down spike will come? According to the 1979 superconductant
DNA model, when the
tuned circuit oscillator resonance “hits”,
the molecule starts to replicate. That is, the hit will correspond to the
transition temperature of the given sample.
My guess is that the negentropic resonance
input maximizes phonon production, and that this maximization is necessary
for the molecule to transit to its
critical state. The superconductant DNA model
establishes a mathematical relation between the critical temperature and
the minimum time for
spontaneous localization. In order to predict,
given a known critical temperature, where the low-value down spike will
come, it would be necessary to: [1]
establish a mathematical relation between
the minimum time and the beta value; [2] establish a mathematical relation
between the minimum time and the
frequency-wavelength of the incoming photon.
photoacoustic spectroscopy
and DNA's fractal drum
Explaining why DNA is not a substance with
“an invariant index of conductivity at a given temperature” is a much more
fundamental task involving issues
behind Heisenberg’s indeterminacy relations
and how virtual phonon exchange is permitted (as BCS describe) by indeterminacy.
This would involve further
insight into Dirac spin and the above mentioned
minimum time. Indeterminacy is the single-valued-logic Hilbert space shadow
of pencils of skew-parallels
in m-valued-logic Hilbert space. In the mid-30s,
neither Turing or Gödel would have blanched at this idea. But maybe
the notion of skew-parallels requires
too large an intuitive leap. Think, then,
of skew-perpendicularity in relation to space-charge gradients.
A miniaturized microbarograph would be required
for the immediate experimental task, and this device would have to mimic
how the photoacoustic
spectroscope is an analogue of the superconductant
DNA model. Essentially, in listening to photosynthesis, a chloroplast (which
contains DNA, of course)
is put in a sealed plastic bag, bombarded
with light which causes the chloroplast to change temperature, expand and
contract, send out a pressure wave
that causes the plastic bag to vibrate, which
the instrument translates into audible sound. This is exactly analogous
to the quantum properties, not only of
superconductant DNA molecules, but also of
p-electron parcels in the p-electron gas environment of the molecule’s
p-stacks. Both the parcel and the
molecule itself are pulse-code receivers and
transmitters. One structure to receive the coherent waves transmitted by
the DNA molecule’s p-electron
parcel ensemble is certainly the cell membrane;
another is very likely the cytoskeleton. If you want to hear the music
of the nucleotide pairs, you put
Jacqueline Barton's DNA sample inside a fractal
drum (experimental analogue of a cell) inside a Faraday cage, bombard it
with a photon, use Catherine
Even's instrumentation to read the vibrations
on the drum's liquid crystal tympanum, and translate that into audible
sound using the apparatus from the
photoacoustic spectroscope. Do this first
with known sequences of nucleotide pairs to map the wave dynamics and you
have a fast track way to read the
genome. No viral clipping and pasting and
so on. I am sure creating such a device would be no mere afternoon's work,
but it seems to me likely doable.
You put this together with Lipton's idea about
the cell membrane being a liquid crystal semiconductor for reading frequencies
and you have a good
beginning on a wave-effect computer processor
as a light/sound interaction device. Optical logic. Superconducting bio-junctions.
All the buzz words.
Moreover, in context of discussion of Isaacs'
ideas on molecular indeterminacy in the 1997 homeopathy paper, there is
a direct route seen on how to
transform this liquid crystal semiconductor
into a quantum processor utilizing m-valued logics. That is where the microtubules
of the cytoskeleton come in,
and ideas on Musculpt holography. Quantum
tunneling (at synaptic and ephaptic junctions) is modeled by a multiplexed
branching of a fiber optic
microtubule into a pencil of skew-parallels
defined in Hilbert space with Post's m-valued logics. When the optical
fiber branches into a pencil of
skew-parallels, it, by definition, leaves
3-space (tunnels), enters m-valued n-dimensional Hilbert space, wave-effect
processes, then re-enters 3-space at
the other side of the neural or perineural
junction in parallel with vesicle diffusion: the partial redundancy of
functional specificity and functional integration.
Viewed in this fashion, the brain is a device
in 3-space for receiving messages from m-valued n-dimensional Hilbert space.
The most cost effective
laboratory for studying all this is a flotation
tank, with attached Musculpt laser projection dome as an experimental model
of the dolphin's sonic-visioning
system. Dolphins and whales don’t live on
this planet -- although they do occasionally visit. The whole Carl Sagan
Hollywood popular science orientation to
extraterrestrial life is laughably simple-minded.
Space travel. Ponderable space even! Time travel. Passing-time even!
dimensionality collapse, fractal
entrapment, solitons, and molecular diffusion
Resonant soliton coupling between the ambient
frequency cone and the natural frequency of the mass properties of the
DNA molecule collapse the space
surrounding the double helix into a fractal-dimension
array which corresponds to the prevailing p-frame sequence of the nucleotide
staircase. This spatial,
qua “biogravitational”, collapse is an integral
part of binding recognition which constrains protein diffusion into bands
via processes of fractal entrapment.
But how does resonant soliton coupling achieve
this collapse in dimensionality of space in the neighborhood of DNA? In
the 1979 model of DNA in its
superconductant state, the term relating to
this collapse was b, the counterforce to the pressure gradient between
levels of the p-electron gas environment
of the molecule’s p-stacks. What is this b?
Generally, it is gravitational acceleration. Could this be the case here
also? Could some analogue of
gravitational collapse transpire in a biological
system? If so, the reduced protein diffusion dimensionality would be induced
by acoustically-modified gravity
wave modes propagating in the p-electron gas
environment of the molecule in just the fashion hail is organized into
bands by acoustically-modified gravity
wave modes in the Earth’s atmosphere. Basically,
fractal entrapment would be a direct expression of General Relativity and
initiated by a complex angular
momentum signal communicated during resonant
soliton coupling. The importance of this is that, just as it has been insupportable
since the Aspect
experiments to imagine electron transport
as transpiring in simply-connected three-dimensional Newtonian space (i.e.,
alternative pathways), so now it is
becoming increasingly insupportable to imagine
molecular motions as transpiring in three-dimensional Newtonian space.
Indeed, as early as 1969, Isaacs
and Lamb argued that the variables describing
molecular motion in living systems at normal pressures and temperatures
are subject to Heisenberg’s
indeterminacy relation. This is exceedingly
important to reaching an answer to the problem I posed for myself while
in the hospital in 1967: How could such
integration of functions as I had witnessed
be achieved?
Molecular docking viewed through the lens of
resonant soliton coupling suggests that the “memory” associated with a
Poincaré recurrence has a lot to do
with what the notion of distance is in electronic
coupling. Self-induced transparency is a function of correlation length,
which is essentially what the inverse
of beta (decay of electronic coupling with
distance) measures. Fermi-Ulam-Pasta vibrational modes are precisely the
coherent waves generated by DNA
in its superconductant state. Is this an on-or-off
process, or are there graded levels of activity in reduction of dimensionality
of space in the neighborhood of
DNA helices? And what does it mean to measure
a distance when the dimensionality of the space the distance exists in
is not constant? Similar
considerations, of course, apply to time reference.
ALLLLLLLLLLL of this is Relativity stuff! That’s why the wave-equation
matrices in the appendix to
the 1979 superconductant DNA model involve
hypernumber arithmetics beyond Hamilton’s quaterions. That’s why operator-time
is invoked. You can’t
measure a distance when there is no dimensionality
of the reference space at the time of measurement. At any time of measurement.
But, you see, this
thirty-year-old idea inevitably would synchronistically
yield yet one more Copernican epicycle: not only do proteins have street
addresses, they have
American-style street addresses -- certainly
not Japanese style! Of course, proteins still find their way to the prescribed
destination by random,
thermodynamic, heat-death-type forcing: postmen
are not required to keep the classical limit inviolate. What time does
to space at measurement: That’s all,
folks! Operator-time. You see, when Einstein
removed the notion of force as a fundamental in physics, he meant it. Which
means everywhere, everytime.
An address tells you you are at the right
place when you get there; it doesn’t get you there. And random motion,
even in the aggregate, won’t get you there
at the right time most of the time -- only
rarely.
skew-perpendicularity and
zero-point donor energy
So, how do you get from force to field to
operator-time modifying the properties of space? When the fractal-dimension
nest is deep: Heisenberg
indeterminacy. Simply stated: Because the
work is independent of the path followed between two points, the force
and field are conservative. The potential
then has a definite value, is single-valued,
that is. But when the dimensionality of the space collapses, the two points
are not the two points, the path
followed is not the path followed, the force
and field are not conservative, the potential is not single-valued. In
other words, the potential is multi-valued,
what is conserved are invariants of classes
of forces and fields, the path followed is a pencil of skew parallels,
the two points are two sets of points, the
space is laminated. High school honors physics:
If change of potential equals zero for a certain small path, then the field
cannot have a component along
this path and must be perpendicular to the
direction of such a path. Surfaces over which change of potential equals
zero and potential is a constant are
called equipotential surfaces. Thus, equipotential
surfaces and lines of force are mutually perpendicular. But this is not
the case in space subject to
topological transformation and fractal collapse
under operator-time. Change of potential becomes multivalued, and fiber
bundles are required to describe
the relationship between equipotential surfaces
and lines of force. Skew-perpendicularity! The iceberg Heisenberg and Gödel
saw the tip of. The virtual
phonon exchange, responsible for the positive
screening charge binding Cooper pairs in superconductivity, is permitted
by the non-conservation of energy
allowed by the uncertainty principle. But
uncertainty is just a shadow of skew-perpendicularity! Skew-perpendicularity
is charge creation, as Riemann’s
“lines of force trapped in the topology of
space”: zero-point donor energy. This is a route from spacetime physics
back to pregeometry as a “bucket of
dust” -- m-valued-logic propositional dust
in quantum biochemical processes, that is.
Lest we forget the moral dimension, and because
we do insist upon an absolutely accurate depiction of the precipice the
species and biosphere presently
stands upon, I would like to quote a high
ranking Pentagon official: “…surreptitious acquisition of DNA fingerprints”.
This is a ten year-old statement.
Given the above discussion, what does this
statement suggest to you the reader? Reading DNA fingerprints sometime
soon from a satellite? Targeting a
smart projectile on a DNA fingerprint? Being
a onetime targets analyst, it is clear to me there will not be a great
deal of controversy over the targeting &
What
is 'Depleted Uranium'
Dutch
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