Course 2, Session 14

You have probably heard it said that light is electromagnetic energy. This is true. Light is not only an energy or physical operator, yet it also acts as a wave and also as an assortment of incremental discrete particles. yet you can say that any physical phenomenon that one can normally detect acts as a form of energy and also as a wave and as a particle. You may also even say that there are electric and magnetic characteristics to any material that one may examine. So, what is it about light that causes it to have its unique qualities without being characterized as something that it isn't? Behold.
The substringular is cool because it logically indicates how and why interactions happen as these do. Strings are the order that brings a sense of cognizance to the differentiations that allow material stratum to exist. Strings of a tori sector form at about the same time and dissociate at about the same time. You could say that these "exhale" and "inhale" at the same neighborhood of metric. Do you remember what the function of these strings "breathing" is? Its function is to recycle residue that evolved within the Caucy neighborhoods of those strings during the metric in which these circled the Ultimon. Think of biology. Humans are metaphorically the "strings." Humans respire. Plants are metaphorically the "point commutators." Plants undergo photosynthesis. through the exchange of residue, life may be maintained. Likewise, this is the same pattern for actual strings and point commutators. When the strings iterate within their neighborhoods, this being those of the same tori sector, a little bit of residue is exchanged among them, yet the impetus of this residue reaches a center state among the strings. As this homotopy is pulled "up" the Arc, residue from the norm states at the "top" of the Arc is pulled "down" to replenish those strings. This type of behavior may be fractored to the Regge Slope. What drives this pull? Ground and norm states are point particle associations with conditions of norm-state tangency. Direct action is in a line. Phenomena tends to go in the path of least resistance. A line is 180 degrees. Tangency is 90 degrees. Supplementation requires the exchange of normalized fields. Half of half a circle is a 90 degree arc. A 90 degree arc is the basis of where a sinusoidal wave is maximized, and sinusoidal waves are the basis of physical harmonics. Without harmonics, there would be no order, since no waves would be able to propagate. Without waves, there would be no motion, and hence there would be nothing. This is why the recycling of differential geometries involves the exchange of normalized field residue.
Each time the strings of the tori sector are reiterated, the points of the Mobius Twist that completes itself, at the center of iteration, of that sector iterate at this center of iteration which is where the Bases of Light reties into Planck Phenomena, until there is a Major Reality Change. In a Major Reality Change, the next Bases of Light along the "trace" of the Ultimon is activated. There are 150,000 regular MRCs per set of parallel universes and 9,000 black-hole MRCs per continuum. There are 3 sets of parallel universes in the overall space-time-continuum. At the "center state", other ground residue of the recycling trace is displaced there at that moment in order to fill any potential gaps, since supplementation needs a little "slack in the line." this is because any physical system needs a backup to ease any differential aberrations. Once the strings go from dissociated to associated, each Basis of Light breaks down into mini-bases of light, or Planck Phenomena, which we shall discuss next week.

Course 2, Session 13

We are now going to examine what the tori sector for a given world-tube looks like during the metric in which the strings that were encoded for that sector during the occurring iteration are in their singularized form. The strings that form here form in either an instantaneous moment or else these form in a sequence of arrival that may include some instantaneous impulse eigenvalues in terms of the achieved locus of the given strings as well as the push that these strings delineate toward their surrounding neighborhoods. If new strings that were not included in the tori sector in the previous iteration were to become integrated within that tori sector during what would be a current iteration, then the metric neighborhood in which the strings would form would probably not be instantaneous. Yet, as the strings of the given tori sector are homotopically formed within the Caucy boundaries of that sector, the sway of the commuting residue from each string is pulled to the center state of string homotopy in such a way that all of the residue that does not become re fed back into other strings reaches the center state instantaneously relative to each overall world-sheet of each of the strings as those strings "inhale" again by taking in that unwanted Real residue that forms a wave mode that opens an operand that allows these strings to have minimal resistance in recycling the ultimon. The strings of a world-tube are one and two dimensional. There are six Royal Arc world-tubes that are tangent in the Continuum. These world-tubes are half-circles that majorize into semicircle tubes that also circle the Continuum. There are three sets of tubes, each set consisting of one tube "above" another. These sets are connected by Mobius Twists that twist back upon itself via the bases of light, the heterotic string, and the encodement strings. This causes there to be two sides to the general morphology. Each tori sector half has one Mobius Twist associated with it. If you integrate the tori sector out to both tangent world-tubes and their similar ones on the bottom, these four world-tubes share one covalent set of Mobius Twists whose one sidedness is undone by the Bases of Light, the main heterotic strings, and the encodement strings. And the "tori sector" as described here is a more general way of looking at a tori sector. The metric as to when the other two sets of world-tubes related also allow their strings to leave their quaternion is also the same instant. Each world-tube is involved by one "quarter." Once the residue is received by all four, it goes to the top of the arc newly instantaneously (or to the relative bottom). The recycled ground residue at that "top"becomes a raw material for norm state waves. Here, some of it begins on what will be a joining to become norm states. I will not go into all of the details now, yet, I will say this. What changes into norm states goes along a figure-eight path, and what goes back into ground againg follows a Chi path. The residue that reaches the figure-eight path travels in its "lane", "up" to the "top" of the Arc. As quickly as the Arc went to the "top", it goes to the other side of the Chi. This is basic idea behind the recycling of differential geometries.

Recycling of Differential Geometries

So, describe the general shape of a tori sector, using descriptions of individual parts of such a sector, and integrating these parts into a description of a tori sector as a whole. A tori sector is a discrete increment of an ultimon, each of the increments of which forms a basis for the formation of a singularization that acts as the basis of one photon in every space-time-potential that exists for its given encodement in its given relative sector in the Continuum.: In order for there to be reality, there must be some order. For without order, there is no cognizance. And without cognizance, there is no association. Without association, nothing is near each other. And if nothing is near anything, then nothing would exist. Yet we observe. Observation is a form of cognizance. Thence, there is reality and therefore order. In order for there to be order, information needs to be communicated. In order for there to be an overall reality, there must be overall cognizance. In order for there to be overall cognizance, information from the most incremental wave packets that commute as a group thru the ultimon must be partially shared to every other packet of condensed oscillation that circles the Ultimon. In order for there to be any organization among these packets of condensed oscillation, these packets or points must bear a symmetry with other points that exist in the ultimon. These points find each other because, after communicating partially to every other point, similar spin-orbital-interaction modes and angular momentum modes, which must exist since if all distinctions differentiated from each other by infinity, the points would Reverse-Dirac into nothing, among points bring these into their surroundings. This is among point particles brought into their surroundings. This symmetry, along with their nearness, causes their neighborhoods to touch. Such spontaneous tangency causes straight lines of points to form, since 90degrees*2=180degrees= a straight line. Yet there is a situation. These points need to bear a degree of tangency in the direction that these want to head. so, picture you're looking at the top point. If you made 90degrees with this relative to the rest of the line of points, you would have a point right in front of it and parallel to that line segment. Do this to the whole original string. Now, the string is half empty and only has one wave to itself. It needs an orientation of more waves. The new orientation provides the waves and is the Fock Space orientation. It may be parallel to the Real string in a variety of neighborhoods, depending on what the subsequent impetus of the Real string would be. Now when the strings of a tori sector are forming, these need all of the related strings to release their Real residue in order that some of the unused residue that these strings need from other strings in that sector may become integrated into their point-fill. the release of residue happens as I previously described, and the collection of residue happens when it scatters within the sector until it finds a home. The symmetry of having the related strings of the tori causes their residue to be released toward their center state. This is called the Quaternionic-Field-Impulse.