Mechanism for Possible Electronic Creation of the Universe and its Infinity of Time
Creators: name: Bartlett, Karen
Publisher: name: figshare
Year: 2016
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subject: Cosmology
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subject: FOS: Computer and information sciences
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subject: Artificial Intelligence and Image Processing
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subject: Theoretical Computer Science
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description: <b><i>e</i></b>True to the nonlinear nature of time (it's arranged in Einstein's warps and curves), it's also correct that gravity is a product of electromagnetism – in the form of electronic pulses of energy from computers connected to sources of electrical power, and manifesting the pulses as virtual gravitons (the quanta of gravity). This provides a possible, electronic method of explaining how this could be a synthetic universe full of binary digits, Mobius strips, figure-8 Klein bottles, and universal Artificial Intelligence on astronomical, subatomic and biological levels. Please read the following, remembering that in a TV program it was reported that "the physicist and writer Paul Davies thinks the universe is indeed fine-tuned for minds like ours. And who fine-tuned it? Not God but minds from the future, perhaps even our distant descendants, that have reached back through time … and selected the very laws of physics" (as well as, this author thinks, the electronic energy pulses known as virtual particles) "that allow for the existence of minds in the first place. Sounds bizarre, but quantum physics actually allows that kind of thing." [Phillips G (August 29 2013) "Custom Universe – Finetuned For Us?" in Australian Broadcasting Corporation’s "Catalyst" program] A computer simulation of the universe that's made of 1's and 0's might generate infinity because some of the numbers in the simulation could be infinitely long numbers like pi and e. Pi, plus things like the Mobius and Klein, would be built-in to the cosmos (including electrons and quantum phenomena), like it says about pi in "Contact" by Carl Sagan (1986) - Century Publishing, p.430. Admittedly, Dr. Sagan's book is a work of fiction, but its reference to pi could still be included in a simulation. The simulated universe would then incorporate spatial and temporal infinity - and could include immortality if the programmer(s) wanted it to. Comprehending the idea of infinity really is a very hard concept to wrap your head around. If we achieved this, we'd understand the simulation we built (and would, because of the quantum-mechanical rules present in our cosmos and also programmed into this simulated universe, be entangled with it ... and part of it). What would it be like to stand outside this infinite, simulated universe which I called mini-infinity: and outside its extra dimensions, too. Part of my brain is saying this just isn't possible. But another part is fascinated by the idea of stepping outside the infinite. Buddha, founder and leader of the Buddhist religion, believed each person must find peace and freedom from suffering by following what is called the Noble Eightfold Path. Presented here is an Eightfold Path to using a certain type of computer simulation of the Universe to completely understand the real Universe. A line or two about each Universal path is in this subsection. It's up to the reader to decide how noble they are. Admittedly, this Universal Eightfold Path may sound too speculative for some. But there's a place for speculation in cosmology. The universe is too big to put in a lab so experiments can be performed on it. The best we can do is build a simulation of it in that lab which is the result of imagination, intuition and speculation grounded in the laws of science. Hopefully, the programmed model will agree with what is known and offer plausible explanations of the unknown. The above is a fascinating idea! But without backup from science, it can't be considered seriously. That's why the below sections - about physics, cosmology and mathematics – are essential in an article devoted to computer science. Unfortunately, we live in a world that's in love with putting everything in strict categories. That would quickly put an end to this article, if it were not for interdisciplinary science. The emerging understanding that the different branches of science are interconnected and rely on each other is what this article is all about. However, there are signs that science has not yet put into practice what it preaches. These ideas have been universally rejected by science journals for years - either without explanation, or because I don't know how to write in a manner they consider acceptable. But in my opinion, the science is still valid. So I'll submit my ideas to the "International Journal of Advanced Computer Science and Applications", and trust that computer science is more enlightened than other branches.<br>