The wave-tug that I was describing earlier as a general scenario will make the sequences thus mentioned appear close in the globally distinguishable. Here is the physical example that will show what I am writing about: Let’s say that you have a rope. It is on a pulley. It goes through the holes of many pulleys. It finally reaches a pulley that it connects with. Both pulleys are connected to a rock (one each). One guy at one end moves one rock. If the ropes were fairly taught, the rock at the other end would react immediately as if the person were there although the rocks were a ways away. Picture this with one pulley connected to another one at both ends of where the person was. Picture this with minimal slack at one or both ends or none at all. These pulleys would appear to have actions that are near, although this stough is pretty much far away. Strings are energy that is rearranged after iterations. Energy is the redistribution of space. The redistribution of this space is action. From our vantage point, redistributed space is action. Our vantage point is what we observe or detect. Physical things that are detected are stough. Stough needs some sort of a pattern to exist. Sequences are patterns. Strings are individual members of sequences that show a memory of physical patterns that existed as an action that is also a result of action. The stough that happens as these strings iterate and reiterate is the series iteration of that string. This is in itself an action. so, the nearness of action influences the nearness of stough. Thus, how near actions seem influences how near strings seem.
I will continue with the suspense later! To Be Continued! Sincerely, Samuel David Roach.
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