 |
 |
 |
 |
|
|
 |
Gravity Gravity has been the bane of many a physicist. We have working formulas for ordinary experience with gravitation here on this planet and somewhat between observable space objects but we have great difficulty with it otherwise. We also have a very thin comprehension of how magnetism works. We've managed to get a functional understanding and yet what magnetism IS remains a mystery. Light is also tied into these quandries and though we've found ways to describe it in some respects, we do not as yet fully understand it. Once again, we're looking at the Big Game through knotholes in the fence. Gravity does not exist. Let me repeat: GRAVITY DOES NOT EXIST. What we think of as gravity and what we measure as a constant for the acceleration of falling objects, is a complete myth. Also, there is no such thing as a graviton. It's yet another example of dividing off instead of bringing together. We're mapping behavioral differences and pretending there are separate objects for each. Before shutting down any flexibility on the topic of Gravity, please do recall that at one time we KNEW the Earth was flat AND we KNEW the Sun moved around it. That was a functional perception but we now know that it was incorrect. Our concept of Gravity has served us well, so far, but is now limiting our continued progress into understanding the Universe. Gravity is not a pull, it is a push OR a 'pulling away from'. It's a little less confusing to refer to it as Gravitation. Our value for Gravity does not define a force at all, it is merely the resultant of two directions of ONE FORCE, which has a pulling component we call magnetism and a pushing component which is gravitation. Gravitation actually decelerates falling objects caught in a magnetic pull. If magnetism was full force, objects would snap to the surface of the Earth. Gravitation however works in opposition to the magnetism and if it cannot overcome that effort, then at least it can slow the magnetic action. So, Gravitation is a push or 'pulling away from', while Magnetism is a pull or a 'pushing toward'. They are together action-and-reaction in a single force. We do not understand magnetism because we don't really understand how a bar magnet can be positively charged on one end and negatively charged on the other. We don't really understand why a bar magnet cut in half again and again will always demonstrate this polarity. Nor have we understood that gravitation and magnetism are precisely that sort of polarity. Whether tiny or gargantuan, a unit of the one force will always have these two components. If we really look at the essence of it, they are the same but working in different directions. Whether a push is a pull, or pull is a push, depends on which side of the tug-of-war you're on. The tug-of-war analogy is actually quite useful as it also helps to illustrate the result of the two sides of the one force as they play at each other. The rope between them is where all the tension is stored, ie, the kinetic energy being applied by the push/pull. In the general case of gravitation and magnetism, the energy is also generated between them, on a straight line. It is the nature of friction or tension between two opposing forces. Energy then is this system of polarity and the line of force where they meet. That 'line' defines an energy spiral. Equal values of two elements on a graph will produce a diagonal line. Let us chart gravitation along one axis and magnetism along the other axis. If 2 units of magnetism are exerted, then gravitation must meet that with 2 units, then magnetism must respond with 2, and gravitation with 2 more, and so on. Now we have a wedge of magnetism on one side of the line and a wedge of gravitation on the other. If magnetism is a pull, then it's not simply a matter of how much force is exerted, but in which direction. So, magnetism is simultaneously pulling at the resultant line, seeking to curl back into itself. Why does magnetism do this? We have seen that magnetism's behavior is centripetal, that is, pulling toward the center, core or point of origin. At the same time, gravitation is centrifugal, that is, pushing outward away from the center, core or point of origin. So in this tug of war, while the exertion may be equal, the opposing direction of that exertion is gradually curling that line. One side is pulling it inward, while the other is trying to expand it outward. That... is a spiral. Ah, but science currently says there are four forces to be unified: electromagnetism, gravity, weak, strong. Can this all be answered with 'spiral'? Yes. Next in Sequence Select From Menu |
 |
|
|
|||
 uicksilver
|
|