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A greater explanation of the concept of gravity |
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| Similar to time, gravity is described in most advanced scientific theories as a major player in the process of creation. Gravity was mentioned earlier as a key member of the four forces of the Universe of contemporary science. We now discuss it further. | ||
| 6.13.1 | What does Gravity do? | |
| In contemporary science, we understand gravity firstly as being the force of relative attraction between things and secondly as a mysterious property possessed by all bodies and proportional to its density compared to other bodies that makes its heavier. | ||
| For example, let us take the concept of a human being in relation to Earth. The Earth is over 12,756 km in diameter, compared to less than half a metre for a human. The Earth, being a much larger object of same spin and higher density attracts a human to its surface at a rate of 9.8 metres per second. | ||
| The human also has an attraction capability as well of attracting smaller objects to itself. However this relative rate of attraction is so small as to be unnoticeable in relation to the Earth. If we were to weigh this person, their weight on Earth might be, say 80Kg. | ||
| However if the same human was standing in a space suit on the moon, the proportional effect of the gravity of the moon is much less and the person would weigh substantially less. | ||
| In terms of the second part of contemporary sciences definition of gravity as the property of attraction possessed by all things. We now know this to be spin and rotation of axis. We call this spin -kinesis, and consider it within this model as a separate feature than the effects of gravity. | ||
| 6.13.2 | The re-definition of gravity | |
| Yet, there is more to gravity than simply the application of attraction. When an object moves towards the Earth, its rate of attraction says that its relative maximum motion should slow. However, we see an exaggeration of this where objects seem so slow faster than simply the application of attraction and atmosphere of the Earth. In some respects, it is as if the objects were getting thicker and therefore heavier(slower) as they approached other objects. | ||
| Remember the humble little "invisible" non-equatorial destructive attractor UNITA, spinning around creators and equatorial destructive attractors trying to create form? Wouldn't these be likely candidates? | ||
| Certainly their statistical existence according to the model points to them having some purpose. Their behaviour of actually making objects "thicker" and therefore greater density (heavier etc) is totally consistent with our concept of gravity. | ||
| Science has already thought ahead and named a particle called the Graviton. We agree with this theory and call the Graviton the non-equatorial destructive attractor. However, unlike science, we see that by definition the anti-graviton would be from the opposite spin family and so would behave randomly and erratically, trying to escape to its "home" universe. | ||
| Therefore while anti-gravity does exist, it exists in the negative Universe. Both gravity and anti-gravity cannot exist- because gravitons and anti-gravitons cannot co-exist- they are repelled from each other in creating form because of their spin ( kinesis). | ||
| 6.13.3 | The behaviour of Gravitons ( non-equatorial destructive attractors) | |
| No spin | ||
| By definition, Gravitons have no spin, therefore they have no attraction fortis or repulsion fortis. However, they do possess creation fortis like every Unita in the Universe. | ||
| The smallest unattached units in the Universe | ||
| Because Gravitons have no way of creating any greater form, they remain single units of the smallest building block of matters- the Unita, far too small to be captured or "seen." | ||
| No two Gravitons will collide | ||
| Their spin combination means that Gravitons are neither attracted, nor unattracted to themselves, yet will react to the presence of other Gravitons in terms of changing relative position, just as all matter must- to avoid two points of matter trying to occupy the same position. | ||
| Rate of motion is fastest unattached forms | ||
| Non-equatorial destructive attractors are also the fastest moving unattached objects in the Universe, given their single unit status. This means that any motion of a Graviton can be over a vast area. | ||
| 6.13.4 | The rules of classification | |
| If we combine all these behaviour together, we come up with the Gravitons behaving in particle fields - constant streams of trillions upon trillions of gravitons orbiting forms in successive layers outward, the thickness of the Graviton fields being "warped" by the relative presence of large objects and space. | ||
| While they do not increase or decrease the attractiveness of objects to one another, Gravitons do however alter the density and therefore the "thickness" and "heaviness" of objects. As greater density means greater "pressure", the Gravitons are catalysts in respect of form creation within large objects by creating sufficient pressures for sub-atomic and atomic structures to change configuration. | ||
| The majority of matter in the Universe are Gravitons | ||
| Remember our original calculations on the abundance of different types of Unita? The non-equatorial destructive attractors (positive and negative) account for around 50% of all matter alone. | ||
| Existence of Gravitons even where there are no structures | ||
| Given their size and sensitivity to wanting to form complex structures, even the presence of something as large as a galaxy would alter the paths of Gravitons in deep space millions of light years away. This would also make sense of the concept of "warping" of space. | ||
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