Synopsis Waam-waam

Sir: we ask you to allow us to make a synthesis of the report on [ BB ], for two of your brothers who found the preceding explanation on COLLECTIVE SPIRIT to be confusing.

The real Universe is composed of a family of pairs of Cosmos. In each pair of UNIVERSE-ANTIUNIVERSE, a type of mass + M or -M prevails (the signs are conventional). Moreover, each couple is characterized by the speed which a quanton of electromagnetic energy or photon travels in a vacuum.

We call WAAM-WAAM this cluster of Universe. We suspect that there is really an infinite number of pairs of Cosmos (we only know a few of them, accessible to us in our voyages between two points in our Galaxy. We know that the distinct Universes interact between each other. The singularities of each one of them (the concentrated masses ±root - m) influence the adjacent Universes (without mass ±root - m).
 

FOUR OF THESE UNIVERSES INTEREST US ESPECIALLY, you and us, i.e. OYAGAA (Earth) and OYAOUMMO (Oummo).

 
FIRSTLY, OUR OWN ANTI-COSMOS. In it prevails what you call Antimatter (Mass # - M). There are also small quantities of + M. Our twin Cosmos causes disturbances which result in crumplings of our space-time " continuum ". These are the folds which enable us to travel between OYAA (planets) in less time than it would be necessary while following a photonic trajectory.

The disturbances between Cosmos are produced because in one of them a type of mass is which you mathematically would call IMAGINARY (in another reference of the three-dimensional beam). This imaginary mass (±root - m) has a rest velocity (maximum energy) equal to that of an electromagnetic packet of energy (photon). The existence of this mass allows the interaction, or mutual action between Universes, although the imaginary mass mentioned is only in one of the members of the pair. The interaction would not be possible if the matter were distributed isotropically (uniformly), which obviously does not happen (except at the initial instant of the Cosmos).

There is an infinite number of pairs of Universes . Many of them are in their final phase with a subcritical mass. These Universes (like the others) were born with an infinite radius and an isotropic distribution of mass (cosmic crystal) : (We call "cosmic crystal "a Universe in which the density of mass is constant in any point and which presents the same properties in any axis or direction). The radius decreased (the direction of time was negative compared to the now). But the disturbance of adjacent Cosmos caused singularities of mass to occur (ie.: initially gas Nebulas and dust, future galaxies, no longer isotropic or cosmic crystals).

In first phase of these Universes (negative time) entropy decreases (it was initially infinite), density grows, their inhabitants would observe in their spectroscopic instruments a shift towards the violet end of the spectrum (a color which they would most certainly perceive in another way), galaxies piling on top of each other: the death of this Cosmos. For those, we can speak of three deaths: the phase of infinite radius which extends over an infinite Time (one cannot then speak about the birth as a pair of IBOZOO UU (instant). We say that the second death occurs when the radius becomes zero. The mass continues to be constant, density infinite and unstable.

At this instant, the entire Universe is reduced to a network of IBOZOO UU, all its components directed with a zero angle (radius zero) which, if we " could perceive it ", would appear to us as a point with a density of infinite mass (This your cosmologists of the Earth understood well and it is completely certain).

What is not certain it is that this so-called " primordial Universe ", is unstable and consequently explodes. If there were no adjacent Universes (and if there were only two types of mass and not four), to disturb this hypermass by unbalancing it, this would be the final stage of the Cosmos described. Then there is expansion accelerated by the initial energy contribution of this disturbance (which is inversely proportional to the radius).

If we consider the constants S and Q which depend on the system of units used (S is a function of the speed of a photon in a vacuum for this Universe and consequently related to mass. Q is a constant of the WAAM-WAAM.(beam of Universes)

M is the total mass of the Cosmos considered. R is the radius of the spatio-temporal Universe (R must be thought of not as linear, but as the radius of a hypersphère), (-)E is the energy brought to the Universe in its initial stage (the formula undergoes a deviation and loses precision for large radii), i.e. in a stage of advanced expansion

(IMAGE 1)

E represents the energy brought at each instant. The total energy would be the integral between R=0 and R at time: 0,680 UIW (that is to say 126 seconds) [ The UIW is the ancient unit of time on OYAOUMMO (planet Ummo), and is equivalent to approximately 185,5 Earth seconds].
 

From this value of the Time of the Universe, almost an " instant " after the explosion, the function cited needs substantial correction.

(IMAGE 2)
 

In the Universe of subcritical mass, its Radius continues to actually increase [, it is a hyperspace with two radii of negative curvature (hypersphere (-)]: its third death is an isotropic crystalline hyperspace of zero density. In the two phases of Time (initially decreasing Entropy, and then increasing entropy conclusing with an infinite entropy) this Universe contained neguentropic galaxies and " cells " (intelligent humanities and OYAA (planets) with nonintelligent biological species; when we refer to the latter, we mean NONHUMAN since this is the meaning of INTELLIGENT in this context)

What happens to the Universes of supracritical mass? Their evolution is very different:

(IMAGE 3)

Its concentration of mass in one point evolves then with decreasing density and increasing radius which never becomes infinite as in the preceding Universes, but which reaches a maximum value, up to the point where the sign is reversed, where the entropy starts to decrease, where the average density increases until it collapses into a point of infinite density.

What we have said about the WAAM (universe) in the preceding paragraph can also apply to these WAAM (these universes). In these WAAM also, the explosion is due to a contribution of energy which fills the same function, and consequently galaxies and planets with biological networks appear. We ourselves know of these four characteristic types.

 
Our anti-cosmos is fairly understood by us . It consists of a mass of antimatter. If our UEWUA (craft) do not invert their IBOZOO UU into (-M), they could disintegrate on impact with any quantity of gas or cosmic dust, releasing an immense quantity of energy. The interaction between our two cosmos is very significant; great crumplings can be observed in the tetradimensional surface of both Universes as a result of these interactions.

We cannot perceive with our instruments the imaginary Mass which is of two types: + root -M and - root -M. We detect only a secondary radiation produced by the pairs of IBOZOO UU which constitute this type of mass . a radiation or energy which you could compare with the shock wave of a plane) of the Earth when it reaches a speed higher than Mach One.

 
Without the existence of such types of imaginary mass the Universes of the WAAM-WAAM (beam of Universes) would exist, but would be isotropic; of zero radius and infinite density. The WAAM-WAAM would be reduced to a family of superdense " hyperatoms " existing in time, thus making the mutual interaction impossible. WOA(Generator, God) would not be " intelligent ", generating a simple " crystal ". The sum of information in the entire WAAM-WAAM would be zero. It does not make sense to speak about such a false concept.

 
There exists in the whole of the WAAM (multiplanar Universes) (NdR : the translation we have is "multiplanar ": this is probably an error and one should undoubtedly read " multiplanetary") two "boundary" universes which are however " adjacent " (understanding adjacent not in the usual geometric sense of the word, but " ADJACENT " meaning = MAXIMUM INTERACTION.

They are: (we shall define them in a moment) the WAAM-B and the WAAM-BB.

 
The WAAM-B (in the family of the existing universes) is a network of IBOZOO UU which is free of singularities or crumplings.

There is no possibility then that it undergo an interaction with any flow of energy . It is a universe whose radius is constant (it undergoes neither expansion nor contraction). It does not make sense to speak of cosmic dust, gas, atoms or subatomic particles in this universe.

There are neither galaxies, neither planetary stars, nor suns. If we measure its overall mass, we find surprisingly that it is zero (this is why it is impossible to add energy to it). In this universe there are neither photons nor quanton of another type of field, which it the same as saying that the existence of field does not make sense; in other words, the speed of a quanton of light would be zero (if photons could exist). It may seem that we are describing the concept of " NOTHING ". For a physicist of the Earth, such a universe does not make sense, it is synonymous with this WHAT-IS-NOT.

But actually the WAAM-B " EXISTS ". Its radius is constant, but its time is " frozen " (it would not make sense to say that time passes since the entropy refers to a distribution of masses, and energy is infinite and to refer to it at the same time as a value does not make sense). However (although it may appear paradoxical) its network of IBOZOO UU is able to record information.

If we wanted to represent it didactically, we would say to children, that the WAAM-B resembles " a sponge ", with an alveolar foam conglomerate of expanded polyurethane, with let us say quintillons of cells, Most surprising is that each of these cells (pure networks of IBOZOO UU) is a SPIRIT, a SOUL as you would say (let us represent them by the symbol [ B ])
 
Each [ B ] establishes a one-to-one mapping with a network of IBOZOO UU, (located in any point of the WAAM-WAAM (beam of Universes), except the two boundary Universes) which have the following characteristic:

Living being : " Network of material particles able to complement its internal information on a biochemical level at the expense of external information " (living being) which we call: AIUUBAHAYII.

Lower being not connected to [ B ] :This does not necessarily imply than a lower being can put itself in direct contact with its [ B ]. There is a threshold of complexity below which the bond with [ B ] is non-existent. In this phase, the spirit is free of information (it is a " filamentous " network of I.B. whose elements have a constant angle and thus zero information).

OEMII being ("human " from an unspecified planet) connected to [ B ]. When a biological being exceeds this threshold, a network of krypton atoms appears which put it in contact with this WAAM-B; more specifically to his own [ B ] (the network begins to send information to his B). From this moment the principal director of this being's conduct (HOMINID, OEMII) is his own [ B ].
 

We define a AIUUBAHAYII as a network of IBOZOO UU able to reproduce and enrich its internal information at the biochemical level, at the expense of external information. This is our definition of a LIVING ORGANISM

The AIUUBAHAYII (living organism ) is characterized because its entropy is negative (neguentropic as you say). It increases its internal level of information, extracting it from different related data flows, coming from an external medium (the WAAM itself, i.e. the universe in which we live).

Normally, the AIUUBAHAYII [ A ] (living organisms), are established on the cold stars, i.e. on the cold planets or stars whose surface temperature is sufficiently low to maintain water in its liquid state (or solidified) with T °> -23C °or t<116C, °°according to atmospheric pressure.

Under these conditions, within the cited extreme limits, one finds OYAOUMMO (Ummo) and OYAGAA (Earth). When a planet has an extreme " average " temperature as cited above, the development of living beings is embryonic, and they are unable to evolve to the OEMMI (human) level. In this case, simple beings cool their internal medium at the expense of biochemical energy, so that in their centre water remains in liquid state (hot stars), or it provides them with thermal energy when the medium is too cold to obtain the desired liquid state.

Although in some universes we detected forms similar to living beings, with neguentropy and a certain reproductive capacity not based on carbon structures (for instance with germanium and silicon as the central element), the true living organisms base their biochemical structure on hydrogenated carbon compounds. The apparently living beings of fluorocarbon and chlorocarbon composition are rare and unable to evolve into complex forms.

In all the WAAM, biological laws repeat themselves. The molecular base of information for all is based on nucleotide sequences and amino acids. This is a universal phenomenon. On the other hand, is not genetic code, i.e. the form by which the nucleic acids replicate themselves in polypeptide sequences (amino acid sequences).

The orientation of the helicoidal protein chains and other stereocarbon forms is not universal either (another erased Ummite word). In certain planetary biological networks the dextrogyre forms prevail and in others, the laevogyrous ones.

Normally the evolution of living beings on a cold astral body undergoes a process of multiplication of phylum or distinct species whose network is arborescent.

(IMAGE 4)

The first specimens, i.e. the simplest [ A ] (AIUUBAHAYII: the living organisms), are very similar on any planet. Thus a virus encapsulated in a protein network is not very different on OUMMO from another similar one on EARTH. The chains of RNA or DNA encode the characteristics used for the replication of the specimen.

In theory, a series of agents (sometimes biochemical, sometimes energy radiations, for example), can modify the coded message. You know this phenomenon under the name of mutation. The replication of proteins supposes a configuration with a space-time structure which enables it to face the physical environment.

But the ambient conditions are hostile. The network " of external IBOZOO UU " brings information to it which enable the enriching of its internal information (if it is of a sufficient complexity).

But this environment attacks the organism, is foreign to it, tries to destroy it if it lacks sufficient defenses. It is what you call the AGGRESSION OF the ENVIRONMENT. If the living organism is not adapted, it perishes. If its physiological structure is resistant, it survives (you call this ENVIRONMENTAL SELECTION).

If in the XAAXADOO (nucleic chains), a mutation does not take place because, as it can happen on certain cold astral bodies, the encapsulement biochemical protection are very resistant, the species can remain for million of years, but there is no evolution. The lower species " freeze " and will never evolve into OEMII.(humains)

We call a sequence of nucleotides able to replicate a protein IGOOAA (gene).

Up to now, these laws are well-known by you geneticists and we confirm their validity on the other OYAA (cold stars, astral bodies = planets).

BAAYODUU (uniting factor between BB and the chromosomes) is a network of krypton atoms. Its function and the process of collecting of information is similar to OEMBUUAWU [ O. ] (krypton factor which links B.B. with the brain) they are atoms of a very stable gas whose electronic behaviour is not like those of any other atoms (i.e. subject to quantum laws of probability).

BAAYODUU [ B.I. ] (uniting factor between BB and the chromosomes) in much more complex just a simple krypton cloud.

BAAYODUU [ B.I. ] (uniting factor between BB and the chromosomes) collects the information of the WAAM, i.e. of the physical environment. These data are compared to the information contained in the genome, and according to what the organism " needs ", it either protects the organism from a mutagenic factor (quanton of radiation, fast proton, destructive ion, neutron, etc), or it carries out its own a controlled mutation.

How does B.I. function? A microphysical network of krypton atoms acts like a valve or a channel of information which connects the organism with the WAAM-BB, which we will speak about presently. This WAAM encodes all the information obtained by living beings, it is that which we call the COLLECTIVE SPIRIT.

But " the collective Spirit ", as we shall see in later paragraphs, is a matrix of patterns of forms and behaviours. It modulates the entire structure of the networks of living beings (AIUUBAAYI).

The WAAM-BB, which we could call the UNIVERSE OF FORMS, directs the models of civilization in the arborescent structure of phylum (branches or species) of living beings.

Eighty-six krypton atoms are capable of encoding every possible and viable shape of living being, with the understanding that all this information is not really " recorded " in the electronic cloud of the Kr atoms, but that they receive the model each chromosome (nucleotide sequence able to replicate several proteins) needs, from [ BB ]

The models are not infinite. B.B. (O U) stores only those which are possible within the framework of a planetary environment, according to the following characteristics:

Mass of the cold planet

Magnetic field

Temperature differential

Composition of the atmosphere

Sources of chemical elements (geological medium)

Presence of (sufficient) water

Level of radiation of the principal Star

Level of geological radiation

Frequency of extraplanetary impacts (aerolites)

Level of atmospheric ionization

make various models of biological structure possible.

 
Only several billion forms are possible in each medium of an OYAA (planet).

Normally, a node of a phylum (tree structure) can give birth to roughly two hundred and twenty thousand new branches or phyla thanks to a directed, controlled mutation. At some nodes we detected (roughly) 18,376,000 possibilities of changes tolerated by [ BB. ]. (If in spite of the control of B.I.: i.e. if, in spite of proteinic protection that it exerts on the DNA chain, a neutron for example causes a prohibited change, this organism will inevitably die and B.I. will cause its death.

Each jump of an electron in an orbital represents (i.e. encodes) a possible phylum. The other krypton atoms decode the anatomical structure of this species. Therefore B.i. (i.e. the krypton cloud and the [ BB ]) contains all the possible phylogeny on an OYAA [ We can extend this to the entire WAAM-WAAM by saying that the B.I. of each living being in the pluri-universal cosmos conceals all the possibilities of organic (carbon-baused) life of the AIUUBAAYII (living organisms) ].
 

Can we study the phylogeny possible on the various OYAA (cold stars) of the WAAM-WAAM? Obviously not! It may be that the number of potential living beings amounts to trillions or quadrillions. We have calculated that the WAAM-BB could encode up to 5.2 x 10¹⁸ models, but the inaccuracy of this calculation leads us to believe that it could be much more. From these primary patterns, thousands of millions more (individuals or specimens) could be derived, so that the order of magnitude for all the WAAM-WAAM could reach a figure of " possibly " 10 ⁵²⁶ different species (order of magnitude), but taking into account the limits specific to the various OYAA, as well as the restriction of the genome chain of each species, the number of living species that we could encounter in our most remote extragalactic or extra-cosmic voyages reduces appreciably.
 

We could arrive at the doubtful conclusion that on each OYAA, the living and intelligent beings (OEMII) we could enter into contact with, each have a different anatomical form and organo-physiological structure.

This is half true. We have already said in a preceding paragraph that elementary species (viroides, viruses, protozoa: to use your words) and small pluricellular animals are very similar. Thus we have found on OYAOUMMO the cells you call eucaryotes and protocaryotic cells very similar to those which one can see on OYAGAA (Earth). [ B.I. ] in the first stages of evolution, establishes nearly identical models for the cold stars (quasi cold planets or stars) with similar physical characteristics.

I.e.: imagine a hot star which passes from the state you call " principal sequence " in a red state, then to a state of high temperature and reduced radius, and finally, to a nonplanetary cold star. Let us suppose that there is no principal star in the area which would a high level of luminous radiation, but that on the contrary the surface temperature, due to the magma under the surface and to geological radiation, is 30 °on average.

Even under these conditions life is possible. We have detected a multitude of cold stars with these characteristics. Cold stars whose only light is the one coming from stars which appear to have great magnitude, but in spite of this they do not have seasons: a perpetual warm winter and continuous night.

The species there will be very elementary. Those similar to cell-like organisms have a structure similar to the Earth algae. When they are not in the oceans, they can even display a thick membrane or a " shell " rich in silicon and in the metal elements which are used as protection.

Thus, the flora and the fauna of cold stars we have studied, which have the same characteristics, are nearly identical (to those of Oyaoummo). Obviously, on such stars, evolution is " cold "; the formation of OEMII (humans) will not be possible.

But, this lack of possible pattersn that the [ B.I. ] lets pass, only happens in the first stages of evolution. Imagine us on our respective OYAA (EARTH and OUMMO). Their mass is similar (and thus their surface gravity). Both planets orbit a sun (IUMMA in our case) and their atmospheres are very similar. Only the surface temperature of our suns differs markedly.. As we said, plant organisms, pluricellular animals, and in addition bacteria, fungi, algae on the two planets are all similar. If you visit Oummo, aside from the visually stunning aurora borealis due to the intense magnetic field and the unusual volcanic activity, an exploration of the countryside would not extraordinarily surprise your brothers little familiarized with botany and zoology. In any case, the OVUAANAA (trees ) would surprise you because their size is comparable to the gigantic sequoias of the Earth. Moreover the action of chlorophyll happens in the plant kingdom the same way as on Earth.

The mosses, the myxomycetes, the cormophytes, and in addition the flagellates, mesozoons, the plathelmintes, etc, with which you are familiar, have their quasi twin species on OYAOUMMO, aside from some morphological differences, which an Earth analyst might classify as simple sub-species or varieties, so much so that when we compared the two taxonomies, we were surprised at the similarity on so many levels.

But as one advances in complexity, the morphological differences become more accentuated. Classes like crustaceans do not exist on Oummo, to be strictly accurate, although there are animals which you could not classify today, but that resemble them. On the other hand, there are classes like fish, amphibians, birds, reptiles and mammals which you would not have any doubt in qualifying as such, but you could not find any of their species in zoological gardens or an aquarium on the Earth. More simply, none of the animals or complex plants of Oummo (aside from man) could encounter each other on the Earth and vice versa.

 
The possible "phylogeny "of the WAAM-WAAM can thus be represented as follows:

(IMAGE 5)

The IBOZOO DAO nodes represent the possible divergences due to mutation. The phyla which deviate from the morphology of the OEMII end up disappearing, since the " final destiny " of this tree structure of phyla is the OEMII.
 

We now will reveal to you an aspect of biogenetics which, if an expert of OYAGAA read it, would be considered an inadmissible error, an inconceivable heresy in the context of terrestrial genetics.

The genetic reserve of a species, a phylum, is subject to change, as you know, from time, mutations, migrations, phenomena of environmental selection...

It could seem that various classes of animals could evolve, while improving of course, but each time moving away more and more from the hominid form. It would not seem astonishing to your biologists that equidae change by successive mutations into more slender and mentally-developed animals, but very different from the anatomy of humans.

It is not the case: the various species, by evolution, must necessarily converge towards hominid structures. You can see it on the graph. If, on OYAGAA a branch of protomammals split into successive branches of mammals, if out of these one phyla was transformed into primates, if from these came the various hominids until Homo habilis and the higher branches, it is because mechanisms of selection and patterns of the B.B. accelerated the transformation of the genotype in this direction. Sooner or later the other animals would have ended up being transformed into beings very similar to Homo sapiens.

In other words: If the OEMII of the Earth disappeared, at the same time as pongides, cercopithecus, platyrrhiniens and even the rest of the mammals, the remaining classes would end up crystallizing into new OEMII (thanks to the presence of more species branches in the beginning).

This does not mean that all OEMII are identical. On the contrary, sometimes there are striking anatomophysiologic differences. For example, we other OEMII of OUMMO have significant genotypic and consequently phenotypical differences. If a doctor of the Earth examined us, she would be confronted with surprising characteristics. In the same way, a hominid derived from a gasteropode over several million years would have other significant anatomical singularities.

Two OEMII coming from different planetary social networks cannot be paired simply because of a different reproductive system and a nearly identical morphology. So: a woman of Oummo and a man of the Earth would be unable to have children without teratological characteristics. Only a handling of the genome of the two planets could give as fruit a stable species (Our UAA (morals laws) prohibit such a possibility today).

The OEMII is thus the ultimate product of evolution. But the human can in its turn evolve by improving its brain and, of course, the remainder of the phenotype (you are yourselves precisely in an early phase of this evolution of the Homo phylum). What happens is that starting from the point of the process of corticalisation (development of the cortex and consequently of intelligence), the human manages to understand the biogenetic basis of the cosmos and reaches the theoretical and practical level of being able to modify its own genome without needing to hope that the normal process of time, mutation and selection, alters and improves it.
 

We call AYUBAAYII a network of entities whose entropy is negative, who are autoreproductible and who contain data at the biomolecular level in their centre. It is for example a higher animal, like the OEMII, but also a colony of viruses, a group of ants (its species), the association of a parasite with its host, a group of humans or the whole of the living beings which populate a planet. I.e. that lAYUUBAAYI is mathematically "the unit "but also any "subset "

But what really characterizes the AYOUBAAYII is not just a simple aggregate of living beings, but that this network is directed, modulated, guided by the WAAM-BB (universe of infinite mass and constant radius).

The evolution of a network of living beings on a cold planet or a cold star is not governed by the simple laws of fate. The organizations send information about the environment to the WAAM-BB, which processes the data and answers by sending signals (patterns of behavior) for evolution. We will invent an Earth word for this process; we will call it ORTHOGENESIS. Thus an AYAUUBAAI, like the OEMII, is an agglomerate of cells in histological units which make up the organs and other support structures, but the NETWORK is overseen in its structure by [ BB ] of which we will speak more in depth.
 

WAAM-BB: it is without a doubt the most important Universe of WOA's creation (GENERATOR or GOD). WAAM-BB is a particular universe, one of the universes of the WAAM-WAAM (adjacent however to WAAM -B and connected to the other WAAMs thanks to the existence in them of an imaginary mass ±V- m. )

WAAM-BB has infinite mass which is divided equally into MASS OF MATTER and MASS OF ANTIMATTER (+ m and - m). Its radius is constant and it does not have imaginary mass. The speed of the photon at its centre is infinite. (the concept of infinite mass refers to the totality of this universe; it does not mean that the mass singularities of this universe are hyperdense). It is the single universe, in addition to the WAAM-B, where the concept of AYUUBAAYII (living network) does not make any sense. (Expressed more simply: there are no galaxies, planets, animals or plants, rocks or dust there).

 
We will try to describe the WAAM-BB.

If we could " see " or penetrate in this very strange Universe, it would appear to us as a confused conglomerate of filaments and floating nodules in space. Part of these filaments are of mass (+ M) and part of mass (- M). It would surprise us that an " explosion occurs " when these fibres come into contact. (Actually, it is the dispersion of nodules and filaments and the release of energy which contributes to the fact that the close filaments and nodules move away from each other, compensating for their gravitational attraction.) It would surprise us to see between these beams of filaments flows of highly-energized quantons moving at infinite speed. [ It is necessary to specify that the mathematical concept of INFINITY oo has here - in the physical world - a somewhat different real meaning. For example a value such as 12n, taking for " N " any value higher than a quintillon [ 10 power 30 ] - roughly -, will be considered by the physicists of Oummo as being AIGIOXAA" infinite "; a different concept than AIGIOXUOC (mathematical infinity) for which " N " would have a value higher than you can imagine ].

The GOOINUU UXGIIGII are these filaments of mass located within a three-dimensional frame. If we could visualize them, their forms would be roughly as follows:

(IMAGE 6)

The nodules must have a density (in Earth units) of 10 power 18,3 grams/cm ³[ Ndt ~2.10 power 18 ] (equivalent density in the three-dimensional frame of our WAAM), a value which would reach in our Universe that of a neutron star. The filamentous mass can reach densities between 10 power 7,2 and 10 power 5,8 g/cm³  [ Ndt: 1.6 x 10 power7 <--> 0.63x 10 power6 ].

The filament between two nodules can enter in periodic longitudinal vibration (axial propagation) oscillating in a standing wave. This oscillation carries an INFORMATION content. Expressed in another way: GOOINUU UGIIIGI (chain of mass) codes and decodes information, storing it in its filamentous area and ejecting it or consuming it through each pair of nodules.

We say that an observer would perceive these large chains crossing in space without touching - except in rare circumstances - and would measure a temperature in their mass that enables them to emit quantons of energy (photons). (Note that in these chains, the matter, except in the filamentous sections, is not made of atoms but of strongly compressed particles without electric charge. There are no electronic shells nor orbitals whose electrons can emit energy quantified by changing level.) The thermal source of energy comes from the impacts of mass (+) with mass (-).

 
But the overall design of this structure is more complex. The real frame is pentadimensional. A network of IBOZOO UU could be conceived in the hyperspace of three dimensions plus time, plus OAWOO (dimension of orientation of the I.U.) as true "membranes " (XOODII) which would link the nodules together.

This complex hyperspatial network has the following functions:

- TO RECORD INFORMATION (to store it),

- TO PROCESS the DATA (since it is made of true photonic amplifiers).

Such XOODII are actually networks of I.U. which have the characteristic of providing immense quantities of energy!!! NON QUANTIFIED!!! when the network is excited by only one photon (quanton).