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5. Matter- the Unita
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Relationship laws that are created with the UNITA |
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| Relationships are essentially constructed because of the co-dependence of existence and the built-in desire of every piece of matter to "create". Relationships are always relative. Therefore, every individual piece of matter in the Universe can be described not only in terms of its features, but its relationships to other forms of matter. | ||
| Unita relationship (1) | Relative Position | |
| The laws of creation result in the creation of the concept of position in 3D space. Position is expressed as a point with six vectors. At its most basic level UCA is aware of this position as being unique. It can also be referenced by the location of near neighbour Unita. | ||
| Unita relationship (2) | Relative Distance | |
| Relative distance is the space between an originating object and a target object ( near neighbour or otherwise). Distance is measured by length at a given moment. | ||
| Unita relationship (3) | Relative Dista | |
| Relative dista is the space between where an object originally was and where it is now. Relative dista is measured by length. While an object will always have relative distance compared to other objects, an object can have a dista of 0. When a point of UCA has a distance of 0, then at least two points merges and Universe collapses, breaking one of the fundamental laws of creation. Distance will always be greater than 0. | ||
| Unita relationship (4) | Unita has a maximum and minimum rate of spin (kinesis) | |
| The maximum and minimum rate of spin of a Unita is one half the maximum rate of change of position of an individual point of UCA Max and Min Unita spin = 8 x 1/2 | ||
| We can express this rate of spin in terms of "frequency". That is, how often will one point of UCA return to an originating position on its travels in a circular motion. We call this frequency FSA= frequency of spin (maximum). We also have minimum frequency of spin = FSI (minimum). Because the spin of a Unita is the fundamental level of form creation, both the fsa and fsi are the same = 8 x 1/2. This never changes. | ||
| Unita relationship (5) | Relative Motion | |
| The desire to exist causes points of UCA to undertake motion (change of relative position). The maximum motion of UCA (change of position) is at an infinite rate of change of position, which some points undertake (not all as this would cause the Universe to cease). The minimum rate of change of position is no change. The selection of points undertaking rates of motion is covered by the laws of specialization, co-dependence and goal law. | ||
| Unita relationship (6) | Relative direction | |
| As UCA has a desire to exist, this causes UCA to change position. As this is in 3D space, this means that this change of position will always have direction- that is an arrow pointing towards a desired destination until change of position cycle is completed and a new arrow (direction) occurs. | ||
| Unita relationship (7) | Relative velocity | |
| Velocity is the rate of change of position (by motion) with DIRECTION. VELOCITY at this level can be expressed as infinite velocity or zero velocity, or any number in between. | ||
| Unita relationships (8) | Relative temperature | |
| Relative temperature is the measurement of kinesis (rate of spin) and velocity. Maximum Het=Minimum Col Maximum Col= Minimum Het | ||
| Unita relationships (9) | Relative specialization | |
| The different spin configurations creates eight possible types of Unita. Therefore each Unita is relatively specialized to seven other types of Unita. The different spin configurations also results in different relationship behaviour when each Unita attempts to create more complex form. | ||
| Unita Creators | (either positive or negative spin) are the only form, to create close bonds. | |
| Unita Equatorial Destructive Attractors | are the form that create orbits and weaken creators ability to immediately create form. These are the regulators of the Universe, ensuring cycle exists and that the Universe can never grow to one giant ball of mass of creators. Equatorial Destructive attractors are therefore the "creators of diversity" | |
| Unita non-equatorial Destructive Attractors | are the other disrupters of form and the guardians of dimension. They cannot create form with Creators or non-equatorial destructive attractors. They are doomed to live amongst their own kind and travel the Universe, ensuring space can exist without the presence of larger structures. | |
| Repulsors | are the motivators and expanders of the Universe. They are the originators of the strongest form of motion- repulsion. They are also a family of creators unto themselves. | |
| Unita relationships (10) | Relative co-dependence | |
| The existence of a variety of different (specialized) Unita and the abundance of Unita of each type is crucial to creation and the existence of the Universe- therefore UCA. | ||
| Unita are not only co-dependent within their own family for particular relationships, but with the various "specialized" Unita. It is from the interaction of specialization and co-dependence at the smallest level of matter in the Universe that we can say scientifically "everything in the Universe has a purpose". | ||
| Unita relationships (11) | Relative Attraction and repulsion | |
| Attraction and repulsion are used to describe the effect, because they are easier concepts to understand. In actual fact, the UCA doesn't create basic pieces of matter that "like" each other or "hate" each other. Attraction simply comes about from the interaction of goal law expressed as a desire to "create" the combined spin of Unita and the effect this has on motion, direction and rate of motion. | ||
| First, let us view the combination of six points moving at infinite change of position to create form. This creates basic forms of matter with either a left-right or right-left spin. At this point we have no motion in physical form, so the six points of UCA change position at infinite speed. But as soon as there is motion in form, the points of UCA have to take into account a new vector (direction) and therefore slow down in creating form. We see then a lowering of spin. | ||
| When we see two points of matter come together with the same combined spin configuration, they will slow down and maximize spin. This is due to the need to avoid two points of UCA meeting at the same point. | ||
| When two pieces of matter with different spin come together the anchor points are either coming towards in an opposite direction or in the case of a destructive attractor seem to be following the same direction, only to suddenly turn at apparent random the other way and risk colliding and merging into the same point. | ||
| The first instance of motion in form comes about when a piece of positive spin matter forms next to a negative spin piece of basic matter, the effect of the spin (shifting either left, then right, or right then left) means that two basic forms have points of UCA that come to crossing over paths because of the risk that at close to infinite speed, two particles of one piece of positive matter may cross over the path of two particles of negative matter. They therefore shift in the opposite direction to each other to avoid two points of UCA ever occupying the same location in space. | ||
| This is the first instance of where motion is created. The piece of matter with a lower vibration, therefore a faster capacity for movement in motion moves away fastest. This is the force of repulsion and where it comes from. | ||
| The force of attraction comes from the continuation of the goal law and all the other laws of the fundamental laws of creation. The Universe came into being to exist and the expression of this was creation. Creation continues to push basic matter to form stronger bonds. Same spin provides the practical and only means of basic forms of matter accomplishing this constant, continual desire. This is where attraction comes from. | ||
| The rate of attraction | ||
| The larger and more dense a structure, the greater the attraction pull of a basic form of matter. The state of attraction will always be a function of rate of VELOCITY, DISTANCE and DIRECTION and DENSITY X SIZE to other forms of matter. | ||
| The higher the VELOCITY of form of matter, the lower its fsa and fva (or kinesis). The lower the VELOCITY of a basic form, the higher its fsa and fva(higher kinesis or energy). As like spin matter gets closer their rates of spin and vibration increase, and relative velocity decreases to each other. | ||
| As basic matter will only form relationships with other basic matter of a similar spin and density, the probabilities for creating more complex forms are higher when basic matter is at a similar relative distance, similar relative velocities and similar directions. | ||
| These conditions are most likely to occur at the CREATION of the Universe and other periods of maximum potential (e.g. the most active parts of the Universe, e.g. the heart of stars) | ||
| Creation of RATE of repulsion of dissimilar spin basic matter | ||
| The rate of repulsion will always be a function of initial fva and fva or dissimilar spin basic forms of matter, and their relative distance, directions and velocities. | ||
| As dissimilar spin basic matter move closer, their velocities slow and spin rates and vibration rates increase. Both basic particles will then change direction as distance continues to change. The dissimilar spin basic matter with the higher vibration rate and spin rate will change direction the least, while the basic particle of matter with an initially lower rate of spin will change the greatest direction. | ||
| As the dissimilar spin particles move away, their vibration and spin rates will slow and their relative velocities will increase. | ||
| Unita relationships (12) | Relative possibilities | |
| All Unita and all matter has relative possibilities of direction before the point of NOW that it could go. This is the list of options before a certain NOW in the future. For humans, they are able to project far in front to set possibilities maybe years ahead. | ||
| Possibilities is the complete list of outcomes defined over a certain period that a smaller set of probabilities will be defined. | ||
| Unita relationships (13) | Relative Probability | |
| Probability is created as a law in the Universe, the moment points of UCA decide whether to change position left, to right or right to left. | ||
| This creates "options or possibilities". The resultant attraction and repulsion forces of dissimilar basic matter creates even more "probabilities" when considering the likelihood of more complex shapes being formed. | ||
| It also tempers the absolute awareness of UCA as points in terms of Universal Memory. The UCA may have Universal Memory, but the laws of probability will determine what will be the outcome in the world of physical form. | ||
| The laws of probability mean NOTHING is certain in terms of individual and specific outcomes in the physical Universe. | ||
| In saying this, it is important to distinguish between probability of outcomes and defined laws of interaction of physical form which are defined and absolute. | ||
| Unita relationships (14) | Relative Ratios | |
| The creation of form (via the Unita), for the first time creates ratios of creation. That is relative ratios of relationships between points of UCA. | ||
| (a) Ratio of UCA to itself | No dimension = 0 | |
| (b) Ratio of UCA to the Universe (UCA in dimension) | UCA with dimension to UCA with no dimension = 1:0 | |
| (c) Ratio of relative position | 1 object and six vectors = 1:6 | |
| (d)Creation of form ratio | 1 central point 6 creation points 26 anchor points = 1:6:26 | |
| (e) Creation of form anchor points ratio | 1 top point, 8 upper, 8 middle, 8 lower, 1 = 1:8:8:8:1 | |
| (f) Creation of specialization of points either form or anchor | Combination of (a) and (b) starting with anchor points = 1:0, 8:1, 1:8:6, 8:1, 1:0 | |
| (g) Axis | Bottom anchor point to centre point to top anchor point 1:1:1 | |
| (h) Ratios of maximum change of position of a Unita | Maximum and minimum rate vibration =1/2 x 8 Maximum and minimum rate spin =1/2 x 8 Maximum rotaxis (when change of motion in form =0) = 1/2 x 8 Maximum motion in form (when rotaxis = 0) = 1/2 x 8 | |
| (i) Ratios of attraction and repulsion | The creation of differently configured spin Unita, also creates ratios of attraction and repulsion before taking into account density, rate of motion, etc. | |
| Ratio of attraction of Creators will always be higher than Destructive attractors of the same density at 3:2 (creators to equatorial destructive attractors) | ||
| Ratio of repulsion of dislike matter of the same density will always be greater than attraction, because of non-equatorial destructive attractors not being able to create form with creators and equatorial destructive attractors. Ratio = 2:1 (repulsion to attraction) | ||
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