Author: Quantum Pythagoras Newtonian amateur theorist.
Technically speaking it takes quite a few paragraphs of all kinds of quantum based dimensional theory to completely & thoroughly explain what it is that I theorize about the process of folding space. However there is a way to bypass all of this needed scientific theory by using numbers. So now I want you to imagine that the number 1 is a finality & as a finality I want you to imagine that it has 3 parts. In that I want you to imagine it has a beginning, an end & its length of distribution, or as I like to call it, its 'Size Level Magnitude of Being 1'. At the same time though I want you to imagine that when 2 of these 1s add together through the action of union or unseparation they not only do so by linking their beginnings & ends to each other but I also want you to imagine that when this happens they become identified as being linked to each other. So now I want you to imagine that you not only have 100 of these 1s all added together to construct a chain of 1s but I also want you to imagine that each 1 has a count number from the beginning of the chain & that its count number is its identity in the chain, kind of like in a meter stick. In turn I want you to imagine that you were at location 27 in our chain of 1s and that you wanted to get to location 72 in our chain of 1s but you didn't want to have to travel the distance of all of the 1s in between. Well one way that you might be able to do is by identifying the end of 27 one to the beginning of 72 one while simultaneously identifying the beginning of 28 one to the end of 71 one & then move to 72 one & then put everything back to the way that it was*. In other words what I'm trying to say here is this. If the fabric of our space dimension is constructed by a bunch of tiny little space dimensions all added together through the action of union or unseparation to construct a larger space dimension & if the way that they add together includes them being 'Dimensionally Dynamically Linked' to each other & if one of the components of this dimensionally dynamically linking includes them as being 'Quantum Identified' as doing so then it might be possible for us to use this quantum identification system to fold space. Of course how to get matter and or energy/quanta to trigger this is well beyond me. In fact I believe it's going to take a properly trained fully qualified Mathematician, Scientist and or Physicist to figure this one out. The neat thing here is that if folding space can work in this way & if we can get matter and or energy/quanta to do this then we should be able to make something that I call 'Bidirectional' or 'Full Duplex Dimensional Gate Technology'.
(* Technically speaking based on the way that we have our chain of 1's this action should result into our structure of 1s undergoing the action of separation or ununion. However if you could see all of this under the terms of being 3 dimensional or at least 3 dimensional as defined by my own personal theoretical comprehension you would see that this separation or ununion probably wouldn't happen.)
Technically speaking it takes quite a few paragraphs of all kinds of quantum based dimensional theory to completely & thoroughly explain what it is that I theorize about the process of folding space. However there is a way to bypass all of this needed scientific theory by using numbers. So now I want you to imagine that the number 1 is a finality & as a finality I want you to imagine that it has 3 parts. In that I want you to imagine it has a beginning, an end & its length of distribution, or as I like to call it, its 'Size Level Magnitude of Being 1'. At the same time though I want you to imagine that when 2 of these 1s add together through the action of union or unseparation they not only do so by linking their beginnings & ends to each other but I also want you to imagine that when this happens they become identified as being linked to each other. So now I want you to imagine that you not only have 100 of these 1s all added together to construct a chain of 1s but I also want you to imagine that each 1 has a count number from the beginning of the chain & that its count number is its identity in the chain, kind of like in a meter stick. In turn I want you to imagine that you were at location 27 in our chain of 1s and that you wanted to get to location 72 in our chain of 1s but you didn't want to have to travel the distance of all of the 1s in between. Well one way that you might be able to do is by identifying the end of 27 one to the beginning of 72 one while simultaneously identifying the beginning of 28 one to the end of 71 one & then move to 72 one & then put everything back to the way that it was*. In other words what I'm trying to say here is this. If the fabric of our space dimension is constructed by a bunch of tiny little space dimensions all added together through the action of union or unseparation to construct a larger space dimension & if the way that they add together includes them being 'Dimensionally Dynamically Linked' to each other & if one of the components of this dimensionally dynamically linking includes them as being 'Quantum Identified' as doing so then it might be possible for us to use this quantum identification system to fold space. Of course how to get matter and or energy/quanta to trigger this is well beyond me. In fact I believe it's going to take a properly trained fully qualified Mathematician, Scientist and or Physicist to figure this one out. The neat thing here is that if folding space can work in this way & if we can get matter and or energy/quanta to do this then we should be able to make something that I call 'Bidirectional' or 'Full Duplex Dimensional Gate Technology'.
(* Technically speaking based on the way that we have our chain of 1's this action should result into our structure of 1s undergoing the action of separation or ununion. However if you could see all of this under the terms of being 3 dimensional or at least 3 dimensional as defined by my own personal theoretical comprehension you would see that this separation or ununion probably wouldn't happen.)