Can We Use a Hyper-Sphere to Generate Random Sequences and Numbers for Encryption?

Generating encryption and fooling anti-encryption technologies is a lot more difficult than one might consider. Yes, it's all about complex mathematics, and perhaps luckily there are not very many humans who really get it at those levels, considering on how far these computations have taken us today. But then again therein lies the problem, everyone is using mathematical equations to create and decipher code, maybe there is a better way to generate random sequences to prevent predictive artificial intelligence and sophisticated algorithms from ever breaking the codes.

How so you ask? Well, why don't we use some way out ideas to generate those numbers. Consider if you will the scientists still cannot predict the exact weather in advance or the projected path of a Hurricane, nor can they predict how the weather in the lower atmosphere will modify the weather in the upper atmosphere. A satellite traveling around the Earth cannot ascertain the exact changes inch-by-inch of the surface of the Earth directly below it, until it knows its own flight path within inches. And even if it does know what each square inch was last time it was checked over any given exact spot, it can only predict what it might be next time out.

Okay so, let's switch gears here and let's talk about a new concept. Now then, what if we took a Hyper-sphere, or a sphere within a sphere, and use that to help us generate random sequence numbers? There are very few mathematical equations which could ever predict where the sphere rolling around inside of the other sphere would touch as the inner sphere spun and bounced along within. And as the lines on the exterior sphere and the interior sphere would touch each other and combine at a point which would push numbers or codes on each of the lines combined together.

Even though there are mathematical equations to predict the location of an electron orbiting in an atom, it would be relatively impossible for anyone to break a code which was changing randomly in this fashion. Now then, it is possible to have two systems exactly like each other inside of an enclosure which had the same exterior forces on each. They would be able to communicate and decipher the information, but no one could ever break that code.

Now then, it is possible to create some high-end mathematics which might be able to predict within a certain proximity the potential future number combinations in sequences, but there is no supercomputer made that would be able to decipher it fast enough considering the random nature of such a device, and retrieval system. Indeed I hope you will please consider this abstract thought and think on it.

Lance Winslow is the Founder of the Online Think Tank, a diverse group of achievers, experts, innovators, entrepreneurs, thinkers, futurists, academics, dreamers, leaders, and general all around brilliant minds. Lance Winslow hopes you've enjoyed today's discussion and topic. http://www.WorldThinkTank.net - Have an important subject to discuss, contact Lance Winslow.

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