We noted that the xenosubstance (XS) in its natural state of existence resides at the xenobase (XB) state. Hence the true primeval admixture of Nature is made of XB and vacuum (V). Since obviously XB and vacuum can coexist side by side, it is clear that if we want to advance further with our theory, we need to discover the primary force in Nature capable of disturbing this primeval equilibrium. We need this disturbance of the primeval equilibrium to take place because we recognize that
.			In Nature, evolution can occur only when stability is being disturbed. We call this important recognition The Fourth Fundamental Principle of Nature.
Finding Nature's primeval motor of evolution is paramount for the advancement of TRUTON and this undoubtedly must be our first and foremost task. Since we are at the bottom-level of organization of Nature, we have nowhere to look but at the primary admixture of the PINs (primary ingredients of Nature --xenobase and vacuum).

When we introduced the primary ingredients of Nature --the PINs, we envisioned two (2) representations for it, vested in Figs. 1A and 1B, respectively. We noted that we could not have two (2) distinct representations at the bottom-line representation of Nature as that would create an inadmissible foundational structure doomed to collapse everything that is to be build on.

The Fourth Fundamental Principle of Nature just enunciated above would tell us that we need to consider a primeval motion in the two representations, i.e., to switch from the static mode to the dynamic mode. The simplest motion that we can have is a linear, translatory motion and thus, that type of motion is going to constitute our primeval inertial motion.

Once we perform the switch from the static to the dynamic mode, via the given primeval inertial motion, we with ease can recognize that for the start-up of TRUTON, we need to select the representation vested in Fig. 1A representing moving XB blocks in the vacuum space.

.		FIG. 1A		Thus, moving/gliding XB-blocks in the (limitless) vacuum-space is the primeval start-up picture for TRUTON. From here arguably we need to build the entire theory of Nature.
				The origin of this start-up motion for our primeval start-up picture, for now, is to be considered as a given, to be revealed in the next page as part of the ultimate grand cycle of Nature.

During the random gliding motions of various XB-blocks in the vacuum space (that is the absolute bottom-line space of Nature and having no boundaries), some will collide into each other. Those random collisions clearly will disturb the "tranquility" of the dynamics of the gliding XB-blocks and that, in turn, by The Fourth Fundamental Principle of Nature, will trigger evolution --the track that we need to follow.

In our case, those collisions must set somehow the stage for the primary step of evolution in Nature --that would lead us at the formation of a new state of existence for xenosubstance, the xenofluid (XF) state, and eventually at the creation of new qualitative objects from where our Universe (U) and other universes would be born.

Let us then begin and examine in some detail some of the primeval collisions.

1. The 2-way linear XB-block collisions:

XB1 and XB2 upon collision

Let XB1 and XB2 be two (2) XB-blocks moving/gliding in a collision course in the vacuum space. How the force of collision will be distributed as the vacuum-space opposes no resistance to their gliding and the XB-state opposes no resistance to compression? How this collision will be absorbed? Well, let v1 and v2 be the linear gliding speeds of XB1 and XB2, respectively. Upon collision of XB1 with XB2 (figure above), the surfaces of contact will instantly transform into XF-surfaces and, at their rims, vacuum surface singularities will be formed that will act as sealants --i.e., (with our terminology introduced) as xenosealants. Between the surfaces of contact, depending on the shape and the convexity of the original XB-blocks, some environmental vacuum will be entrapped between them creating vacuum "holes" of the newly composed object XB12. Its contact XF-surfaces, by the renormalization property of XF, will go back to the original state --the XB-sate. Also we note that if v1=v2, then the newly created formation XB12 will become stationary. On the other hand, if v1 and v2 are not equal, say v1>v2 , then XB12 will glide with the speed v12 = v1-v2 in the direction of XB1. In addition, as a result of this collision, the formation XB12 will acquire --in general-- a spin that can be sustained indefinitely. This is because the required inward centripetal force (FCP ) is obtained from the constraint force of the XB-mass that is a non-stretchable mass. The outward inertial centrifugal tendency (CFT) having the tendency to stretch the XB-mass will create therefore a tensioned XB (tXB) that decreases linearly from the axis of spin as it varies as 1/r with r>0 being the distance from the axis of spin.

The required centripetal force (FCP ) needed to maintain the circular motion is, in this illustration, provided by the resistivity of the string to sustain the outward centrifugal tendency (CFT) of inertia. In our case, the required centripetal force (FCP ) for each point of the spinning XB-mass is provided by the resistivity of XB towards further decompression. In this regard, XB-mass "behave" as an absolute rigid body. At its breakable point, XB-mass will disintegrate. .

We call the newly created formation a xenobase-comb (XBc) which is characterized by these properties:

it is a spinning object; its interior is made of a tensioned xenobase (tXB), whose tension      a) increases with the speed of the spin, and      b) it is not uniformly distributed, but the tension is structured to decrease proportionally to the distance from the axis of spin; and

it contains vacuum "holes" and vacuum singularities in it.

REMARK 1: A xenobase-comb can be visualized as a Swiss-cheese domain as illustrated in the figure below

. An illustration of a xenobase-comb. Xenobase-combs are therefore formations that are of the type represented in our primeval Fig. 1B being derived from the primeval Fig. 1A. Because of this recognition, it follows that the starting primeval picture of TRUTON could be represented by either pictures, Fig. 1A or Fig. 1B.

REMARK 2: Xenobase-combs (XBc) are spinning objects whose spins cannot exceed a certain maximum speed called the critical spin. This is because xenobase can sustain a maximum finite tension beyond which xenobase would desintegrate.

 2. Multiple simultaneous xenobase-comb collisions:
From the vast arrays of multiple xenobase-comb collissions that could be visualized, we can imagine for sure this rare, but plausible, occurrence: a XB₀ xenobase-comb gliding in the vacuum space being hit simultaneously, from different directions, by a number of moving XB xenobase-combs, say XB₁ , XB₂ , ... XB_K. As a result of those simultaneous collisions this picture begins to emerge:

XB0 -mass will be compressed by the simultaneously hits transforming that mass into a xenofluid mass, XF0 -mass; the vacuum holes of the XB0 xenobase-comb will be squished transforming them into vacuum singularities or vacuum filled objects that are indeed the primary particle of Nature called xenotrons (to be studied later); At the places of contact between the XF0-mass and the colliding XB xenobase-combs, XB1 , XB2 , ... XBK , vacuum surface, line, or point singularities will be formed "gluing" them together to the XF0-mass. (All those parts XB1 , XB2 , ... XBK are called xenopetals and the central part XF0 is called centroverse.) REMARK: The xenosealans that are being formed, by being vacuum-singularities, aside from sealing the hitting blocks together will have another remarkable propriety --that of being bridges of communication between those blocks and the XF0 -mass. This is because of the shear-free property of vacuum that allows anything to pass from one block to another through the xenoseal without opposing any resistance. Those bridges of communication that xenosealns are providing are called xenobridges. Pockets of vacuum, derived from the environmental vacuum-space could be formed between various parts of XF0 with XB1 , XB2 , ... XBK. The newly created formation XF0-K , called xenoverse, will acquire a spin as a result of the uneven simultaneous impacts of the XB1 ... XBK blocks. Recap: A xenoverse is composed of a central part called centroverse and of xenopetals attached to it.

With this general picture being created, let us now take a closer look at the central component XF₀ of the spinning formation XF_0-K --the centroverse.

The compressional body force generated by those multiple simultaneous collisions that generated the xenofluid mass for the centroverse (XF₀) will ceased to exist after the collision. Thus, we want now to examine what is going to happen after the collision, both with the spin and with the xenofluid mass just created.

Once the spin was created, an inertial centrifugal tendency (CFT) was born. If that inertial outward tendency encounter no opposition, then no spin is able to be sustained. To have a spin that can be sustained, we need to have an inward centripetal force (F_CP ) capable of opposing, and thus balancing, the outward inertial centrifugal tendency (CFT).

In our case, the outward inertial CFT will act simultaneously on each point of the centroverse. The "power" of this tendency varies also as 1/r with r>0 being the distance from the Axis Of Spin (AOS).

The xenofluid surface of the centroverse (XF₀), , as with the rest of its xenofluid mass, will expand --by the influence of CFT and by the renormalization property of xenofluid (the DownState Law). This expansion of the centroverse (XF₀) will stop once the surface has transformed from a xenofluid state into a xenobase state. The xenofluid of the centroverse mass can no longer expand as it is being contained and constrained by its non-stretchable xenobase surface . This xenobase surface just formed guarantee both the existence of the spin and the existence of the xenofluid in the centroverse.

The xenofluid of the centroverse is subjected to a number of simultaneous tendencies, as follows:

First, we have the outward inertial centrifugal tendency (CFT) generated by the spin. The "power" of this outward inertial tendency varies as 1/r, with r>0 being the distance from AOS. The "power" of this outward inertial tendency varies also with the speed of the spin: the greater the speed of the spin, the more powerful the tendency is going to be. As a result of this "pushing-out" tendency, each concentric surface of the xenofluid of the centroverse will have the tendency to move outwards from the axis of spin (AOS). This outwards tendency may generate a xenobase zone around AOS if the speed of the Spin is big enough to overpower xenofluid's resistivity towards further compression. After this xenobase zone (which may or may not exist), called the centerbase zone, we will have a mass of xenofluid whose density will increase gradually towards its surface being maximum just below . The radius of the centerbase zone is called centerbase distance.

Thus, to recapitulate, within the radius of the centerbase, the mass of a centroverse is xenobase. After the centerbase zone, the mass of a centroverse is made of xenofluid where an exact balance will exist between the two simultaneous tendencies at work --one dictated by CFT, the other by DSL (DownState Law).

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. REMARKS: 1. Because of the exact balance created between the tendencies of CFT and DSL, any moving object immersed in the xenofluid of a centroverse will oppose no resistance in its motion from its environmental xenofluid (eXF). But this is Newton's postulated Law of Inertia ! 2. An object as it moves in the xenofluid of centroverse would leave behind a trace in a form of a tube whose surface would be stretched (figure below). That stretch, and thus that thinning of the density of , will be recompensated, in general, by the incoming XF -flow having the tendency in filling up the vacuum "hole" created. However, if the speed of the advancement of the object in the XF-medium is big enough and exceeds the speed of the renormalization process, the surface will be stretched so much that it will reach the XB-state, a state where decompression is no longer possible. We call critical speed , the speed that has exceeded the speed of the renormalization process. At that point, when the moving object reaches that critical speed, it will hit an impenetrable "wall" --the impenetrable xenobase (XB) bottom of the xenofluid. The object upon impact will disintegrate transforming itself into a burst of energy. An object reaching its maximum critical speed before disintegrating into a burst of energy by hitting the xenobase "wall". The energy is released in the form of electromagnetic radiation (light) that is propagating perpendicular (red arrows) to the object's direction of motion. So, we have proved from this Remark The Fundamental Theorem of Rapidness of Movement In Nature no object can increase its speed indefinitely in a xenofluid environment as there is a maximum critical speed beyond which all objects will disintegrate.

So the rare, but plausible, situation of multiple simultaneous collisions that we have considered to exist will generate --as we have seen-- a new qualitatively composite object, called xenoverse whose properties of characterization are as follows:

are spinning objects; are made of a xenobase core followed by xenofluid whose density reflects the exact balance between the centrifugal tendency and renormalization tendency of the xenofluid; contain vacuum (point-, line-, surface-, singularities) and vacuum "holes" that will lead to the creation of primeval fundamental particles of Nature out of which everything is going to be built up.

We can encapsulate and formalize the results obtained in here with

The 1st Fundamental Theorem of Creation:

Out of primeval ingredients of Nature, xenobase and vacuum, spinning primeval formations --xenobase-combs and xenoverses-- can be formed that can combine (and recombine) in large formations.

Is this the complete picture of the centroverse? Well, not really because we have not looked at the vacuum "holes" and vacuum singularities and how they are being affected by the tendencies and forces associated with the Spin --the subject of our next section.

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