Tetrahedral Relativity and Sub-Stratum (S2) Science
By Ron Cusson, Ph.D.
Introduction
This is a paper about new levels of the science of nature
and how an expanded theory of relativity contributes to this sub-stratum (S2)
of our knowledge.?One reason why this new theory deserves the attention of everyone is that it impacts all aspects of
our lives.? For example it came as a surprise to us that there are eminently practical applications of S2
Science to technologies such as S2 nutrition and S2 agriculture.? The applications are
starting to show up in the world and offer a vision of vastly improved health for all of us.? How is that possible?
Science deals with our knowledge and understanding of nature.?As our understanding has grown, it has
usually happened that the phenomena that we observed at a given level of
refinement and detail could be explained by delving into a deeper level of
detail, in effect into a sub-stratum of the given level.? Such a sub-stratum we will call here an S2
level from the current levels of detail being considered in consensus science.
The most refined level of science that we currently have,
involves quantum physics in the context of Einstein?s theory of special
relativity. We note en-passant that these two are not totally free of
contradiction with each other, especially when it comes to the theory of
measurements and observations.? Such
contradictions are usually a sign that there may be a relevant S2 level that
needs to be considered to resolve the contradictions.
Special relativity deals with phenomena that take place in
4-dimensional space-time, that is, 3 space dimensions (x, y, z coordinates) and
one time dimension, usually labeled t.?In this model, space is assumed to be made of points with no size of
their own.
Starting with such a 4-dimensional space time, quantum
mechanics derives the existence of 6 electro-magnetic fields, namely 3 electric
fields, Ex, Ey, Ez and 3 magnetic fields, Bx,
By, Bz.? This derivation uses sophisticated functional integral methods that we will not
examine in detail here, since there are good textbooks which go into many more of
these details for those who would have an interest in such things.
It is believed in some quarters that from the notions of
physics derived from quantum mechanics and relativity, one should be able to
derive the properties of chemistry and from the properties of chemistry, derive
the properties of biology.? Such a
program has had rather modest successes, so that a great many questions in
biology remain unanswered, and by now, a growing number of questions in chemistry
also go unanswered.? A most interesting
one is: ?What is the life-force?? and does it arise from consensus physics and
chemistry?? So far, no satisfactory
answers to these questions have been given.
In this article, we will examine what happens when we study
relativity at the S2 level, a level that goes deeper than
4-dimensional space-time.? This S2
level of relativity is what we called Tetrahedral Relativity, here.? Then we will discuss some concepts of S2
Chemistry and lastly, notions of S2 Biology.? The big surprise is that the life-force (or a
very good candidate for it!) emerges already at the level of Tetrahedral
Relativity.
Tetrahedral Relativity as an S2 Level of Special Relativity
The gist of Tetrahedral Relativity (TRel) is that it is
possible to extend Einstein?s theory of relativity, defined on 4-dimensional
space-time, to a larger one where a point in 3 dimensions is replaced by a very
small tetrahedron (a 3-sided pyramid) with 4 distinct apex points.? Thus TRel operates in a 13-dimensional space
consisting of the usual Einstein 4-dimensional space time and 9 internal
dimensions, being the internal degrees of freedom of a vibrating and rotating tetrahedron.? These tetrahedra are not normally visible to
the naked eye, because they are extremely small, perhaps many times smaller
that the size of even the smallest known particles.
In TRel, we can do a similar derivation as was done with Special
Relativity and we find that there are now 14 electromagnetic fields, 8 more
than the usual 6 (being 3 electric and 3 magnetic fields) of Einstein?s
relativity.
The properties of these 14 fields are best studied using
quantum physics as applied at the S2 Level of current consensus
physics.
S2 (Quantum) Physics
Quantum Physics deals, among other things, with creation and
annihilation operators for individual quanta of the fields and we soon find
that, at the S2 level where we operate in a 13-dimensional space,
the 14 fields break up into two groups of 7.?
The first group actually consists of fields that we are already familiar
with, namely, electric fields, magnetic fields and the gravitational field (G).?
In component form, we have the 7 fields: Ex,
Ey, Ez, G, Bx, By, Bz.?
It is indeed somewhat surprising to find
gravity put on par with ordinary electro-magnetism but there has been
considerable speculation in the alternative physics literature in the past
decades that such unification should be found.?
We will not go into the mathematical details here of how gravity shows
up here, other than to say that TRel offers a novel physical interpretation,
that involves consciousness itself, of covariant vs. contravariant coordinates.?
It is this alternative interpretation of these two mathematical concepts that
allows gravity to enter in this way, above.
But the greater surprise comes when we study the properties
of the other 7 EM fields of TRel.? For
one thing, they show up as having a memory effect, so that all transformations
of these 7 have a permanent effect on these 7 fields.? One consequence of this is that once created,
it is practically impossible to destroy these fields as this would require a
detailed knowledge of the field history and of its complete environment, since
its creation.? The mathematical tool, out
of which this property emerges, is the lack of associativity of the propagator
that traces out the field history.? But
enough said about the mathematical physics.?
Instead we turn to attempts at constructing a theory of elementary
particles and atoms, using S2 Quantum Physics.
Some 3 decades ago, in Cambridge University, England Salaam
and his student Philips did a study of the properties of the particles that one
might find by considering the group theoretical structures that are possible in
the 10-dimensional space that results when we consider the 9-dimensional
internal space of Trel along with the time variable.? Although their technique did not say anything
about the elementary particles that were known at the time, it did predict with
amazing accuracy the masses of hundreds of neutral atoms that are known to
exist in the current science of chemistry.
Philips did not study in details the physical properties
predicted for these atoms, but in the last 3 decades many atoms such as gold
and other rare earth elements have been found to have wondrous new properties,
when treated in new and unique ways, such as apparent room temperature
superconductivity and even psychedelic properties when ingested orally in
various preparations.? Such properties
are unexplained using consensus chemistry models but can be incorporated in the
S2 chemistry of these atoms.
The S2 physics of atomic properties is
substantially different from normal physics and as such has given rise to
considerable controversy over these same last 3 decades.? For this reason we will not delve further
here into this intricate and amazing realm.?
Instead, we explore briefly some of the elements of S2
chemistry.
S2 Chemistry
Chemistry is often partitioned into several branches, such
as inorganic chemistry, organic chemistry and biochemistry, the chemistry that
is observable in living biological systems.
Over the last thousand years of our recorded science
history, there have often been reports of processes that might have been
classified as chemistry of one kind or other but which occurred in a context
that seemed rather incongruent with the science principles known at the time.?
Such reports have become known as ?alchemy?.? Perhaps the single greatest
characteristic of such reports is that of being fickle and difficult to
reproduce, as if it mattered who was doing the experiment, implying that the
consciousness of the experimenter could affect the results.
When S2 chemistry intrudes into inorganic
chemistry, it is often called alchemy, with its contradictions and
difficulties.? But when S2
chemistry intrudes into biochemistry, the resulting controversies unfortunately
often degenerate into calls of quackery.
One of the most famous such controversies arises from the 17O
(Oxygen 17 has 8 protons and 9 neutrons!) Nuclear Magnetic Resonance study of
the line broadening of water coming from various sources.? A qualitatively plausible argument has been
made that if the water clusters contain a large number of molecules, the line
width will be large because such clusters have incoherent vibrational
modes.? Similarly, when the cluster size is small, the line width should be narrower,
indicating greater coherence.? But, it has not been possible to derive this
result from formal statistical mechanics applied to large clusters of water
molecules.
Yet, It is known that tap water has some of the largest line widths, up to 125 Hz.? It is also known
that mountain spring water has some of the smallest line width at around 63 Hz.? It
has been observed that bottling of this mountain spring water will often increase the width almost
up to the width of tap water.? More recently, some sources utilizing novel treatment of water have
reported line widths around 50 Hz, thus deepening the puzzle.
The S2 chemistry of water vastly enlarges the
domain of possible structures for water. ?Water molecules can be made by attaching one
atom of oxygen to two atoms of hydrogen, but this is not always a permanent
structure.? Under appropriate circumstances, water molecules can undergo a phase transition in which the
oxygen and hydrogen disappear and are replaced by 324 ANU (see ?Occult
Chemistry? by C.W. Leadbeater and Annie Besand) which undergo complex orbital
motions in the water atom.? It is probable that the line width will vary depending on the fraction
of the time when water is in the ANU configuration.?
Such an explanation suggests that the line width may not depend only on
the cluster size and shape but also on the fraction of the time that the water
molecules spend in the ANU state.? The
existence of this ANU state of water is of course a property of the S2
chemistry of water.? There is a vast
array of other properties of S2 chemistry that will mention as needed below.
S2 Biology
It is often pointed out that the molecular complexity of DNA
allows these extraordinarily large molecules to carry all sorts of information
about the cell in which this DNA is found and, when appropriate, about the
organism to which individual cells belong.
S2 Biology, then, concerns itself with the range of
phenomena that come into play when one considers that each atom in our DNA has
the ability to transmute itself into its ANU representation where the number of
ANU is around 18 times larger than the atomic number.? Such a transmutation now allows the same DNA
to carry astronomically larger amounts of information than just the base pair
information that is being mapped out in the human genome project.
In S2 biology, one recognizes that these S2 levels of our
DNA are continuously being programmed and reprogrammed with information that is
pertinent to the participation of the particular cell into the organism as a
whole.? This happens through the
existence of bio-energy filaments that emerge from the DNA of each cell and
then travel through the body up through the pineal gland, to emerge as a thick,
divergent bundle of antenna-like filaments that extend up to around 20 feet
away from the head of the person.? These
filaments carry some queries from the cell into the surrounding space which is
full of tetrahedra around the body where the information about the whole
organism is stored as vibrational modes of these tetrahedra.? This collection of vibrational modes and the
14 tetrahedral EM fields that accompany it, constitutes the ?light-body? of the
person.? This light-body formulates an
answer to the query of the cell and the answer is transmitted back to the cell
via the bio-energy filaments, so that the cell can take appropriate action, for
example, shifting its protein fabrication profile, to suit the goals of the
whole organism.
In essence, S2 biology offers a mechanism to correlate the behavior
of trillions of cells in a coherent fashion that is structured by the goals and
attitude of the consciousness of the individual, which reside in its
light-body, substantially outside the physical body as we usually perceive it
with ordinary eyes.? In essence, we have
here a much, much deeper level of psychosomatic phenomena that can be explained
by dissecting a cadaver which is but an empty shell with no light body left.
In this approach of S2 biology, it becomes possible to
formulate nutritional programs and agricultural programs that can greatly
facilitate the healing of all sorts of conditions and can ultimately allow the
organism to develop many new capabilities that are sometimes written up in
Eastern mystical texts, such as bi-location, teleportation and even time-travel
of a different sort.
Applications to S2 agriculture and S2 Nutrition
In the S2 model of the biology of our body, it becomes
important to supply nutrients that take into account the relationship between
the light body and the atoms and molecules in our body.
We might imagine what the ideal nutritional profile for a
body might be as it develops from a fertilized egg in the womb of the
mother.? Clearly that would mean a
certain nutritional profile for the mother, and so on up to several generations
back.
Correspondingly, we can imagine what biological catastrophes
can befall our body and our light-body when the nutritional profile is selected
from an agricultural profile that has been ignoring the right principles of S2
Chemistry in growing crops that will be used to prepare food to feed the body
and the light-body as it grows from a fetus to an adult.
Given that the overwhelming majority of the population of
the planet is currently fed from plants grown by ignoring the principles of S2
Chemistry, we believe that our immediate attention needs to be focused on
deriving rules of agriculture and nutrition that specifically aimed at healing
the most egregious of our biological deficiencies acquired through decades and
often generations now, of ?misnutrition?, being a nutrition that is abundant in
calories but deeply deficient in S2 nutritional value.
In the raw food movement, it is often stated that one needs
to ingest ?live food?, being food that is close to the form in which this food
was in when it was growing.? That is
certainly a worthy goal in itself, but it is not as effective as it sounds, if
we don?t apply the principles of S2 nutrition and S2 agriculture in our animal
foods and our vegetable foods growing and preparation.? In other words, there is a vast range of
?aliveness? in our vegetable and animal food, both on the hoof and when it
reaches our table.
As an other example of the confusion that currently reigns,
the ?organic? food movement goes to great length to specify what should ?not?
be included when growing food but says preciously little about what ?should? be
included to maximize the S2 nutrition.?
As a result, organic foods are often hardly more S2 nutritious than
their commercial counterpart.
Biologists have known for a long time that the mineral
profile of our blood is amazingly similar to that of sea water.? So, many enlightened growers have found that
they could fertilize their fields with whole sea water, even though it contains
too much sodium for the optimum health of plants.? Other researchers have found ways to decrease
the sodium content of their sea water fertilizers so that plants can thrive
even better.? S2 chemistry offers an
interesting explanation for the value of using such broad spectrum mineral-rich
fertilizers. It turns out that the very small amounts of rare earth elements in
such fertilizers has the ability to generate substantial amounts of S2
bio-fields that are sometimes called ?life-force? when they are present in crops
and in the body.? These S2 bio-fields
can, in turn, greatly strengthen the communication between the DNA of our cells
and our light-body in the surrounding space around our physical body, by means
of strengthening the bio-energy filaments that run out of our DNA, as discussed
earlier.
Another avenue of S2 nutrition is the abundant use of
seafood and sea vegetables prepared and served with as little processing as
possible.? The art of sashimi in Japan often takes this to high refinements and
one of the great delicacies of this culture is the krills, these shrimp-like creatures of the
ocean which constitute the staple food of the majority of the sea-going mammals on this planet.
Another example of such S2 nutritional miracles is the ancient limu (a brown seaweed)
drink that the citizens of Tonga have been consuming for millennia.?Research has shown that
the limu seaweed contains a complex of glyconutrients called fucoidan.? These
rare-earth-rich polysaccharides have the ability of stimulating the adult stem
cells of people for the purpose of healing all sorts of conditions, especially
those whose root lay in the fundamental misnutrition of our time.
Given the ease with which this seaweed could be grown just
about anywhere in the tropics, it is easy to conceive of a situation where not
only would the limu and other similar seaweed would be used as a nutritional
supplement, but the left-over from the fabrication of these supplements could
be used as fabulous organic fertilizers for land-locked agriculture.? This would open the door to growing
agricultural products that would have many times more life-force and therefore
healing abilities that what we currently are doing.? Similarly, our farm animals are largely
vegetarians and feeding them with produce that have more life-force would
result in animal foods that would be a great deal more nutritious.
Of course it is often said that our oceans are currently so
polluted that many of its products are contaminated.? S2 chemistry can help here too by
strengthening our immune system so that we can detoxify our system of these
heavy metal toxins.? Here it is important
to keep in mind that when an element undergoes its phase transition to its S2
form, its nucleus and electrons disappear and the element contains only
ANU.? In that form, the element can
actually undergo a biological transmutation to another element that is less
damaging to our physiology.? This work
was done for many decades by Louis Kervran of the French Academy.? This opens
up new avenues for the detoxification of our bodily functions.
Conclusion
We have started from the basic principles of Tetrahedral
relativity and we have traced our path through S2 Science down to S2 nutrition
and S2 agriculture.
One question that might well be on our reader?s mind is why
do we not give a lot of attention to S2 Technologies, as surely they must exist
abundantly.? We will give 2 reasons for this omission, at this time.
First, our planet is currently in an emergency situation
with respect to health and diseases and this is the issue that needs to be
addressed most urgently.? Under these
circumstances, we can easily argue that inventing new ways to teleport our
automobiles across town can wait a while longer while we heal ourselves.
Second, we had an interesting surprise during the
development of the basics of Tetrahedral relativity and that surprise was that
the very basis of the structure of space-time involves consciousness at its S2
level.? So, we should expect that S2
Technology will have the interesting properties of being affected by the
consciousness of the users of the machines offered by this technology.? But when users are sick and unable to
contemplate a healthy outlook on the phenomenon of growing and changing, there
is a great risk that these machines could be thwarted by these unhealthy
outlooks and used for destructive purposes, instead of being helpful adjoins to
our lives.
Over time, we do believe that S2 Technologies will have a
great deal to offer humanity, especially when we have set in motion the healing
of our physical body and our light-body.?
Once that happens, we can truly say that we have found paradise on
Earth.
Ron Cusson obtained a PhD in physics and Mathematics
from California Institute of Technology in 1965 and for 20 years practiced
nuclear physics in the academic world and for the US Government.? He
retired in 1998 to focus on developing healing modalities as applications
of S2 Science and Biology.? This work is ongoing.? e-mail: roncusson@earthlink.net
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