Course 5 on Compactification and Yakawa Coupllings, Session One, Part Two

Is it possible for both the raking of leaves and the splitting of an atom to be done in nature at any given moment? Yes! Nature includes the whole universe. Yet, which of the two takes more force? Smushing an atom does. Why? The reason is that the more electrodynamic fields get in the way of a motion involving atoms, especially when you consider the fact that the atoms you are dealing with are the same type of general thing, the more resistance there is to direct manipulation. Look at it this way: A proton can't smush a proton, since like charges repel. An atom often has charge -- ions always do -- yet the density of its electrodynamic charges is such that a group of charge densities of the same nature will not have the intensity or direction to penetrate or smush the small volume of the field that exists in the region of an atom. When you are talking about leaves, these may be moved by direct physical contact such as we know it. Physical objects that we normally would try to move are generally just portable sets of molecules whose fields come together to form an entity. This entity may be solid to our view, and therefore not compactible. If the object appears to be compactible, then the empty spaces are obvious. If the object isn't, then its compactification will only happen under high pressure. What pressure? High physical or atmospheric pressure will help to smush the contents of an object if this pressure is directed on the object in a way that focuses inward. Will this compactification have rhyme or reason in terms of symmetry? This depends on the metrics of the forces of pressure that are existent upon the given object, and at what multiple directions that this physical force is exerted during the given set of metrics.