41 Comments

  1. Infinity is not such a hard concept, depends what context you put it too…. for example the infinity symbol itself sort of defines the word pretty well on a basic level…. if we talk about time and space then yeah it's a tough one.

  2. What if there is something more basic to the universe than math? I propose a "Dynamic Stateless Computer" that operates on "Logic Geometry" based only on connections, or links, or pointers. The shape is the logic and the logic is the shape. From what I understand they are forcing current quantum computers to unnaturally apply a binary state to something that has a infinite evolution of states. Think of the electron and the circle it makes around a nucleus. That 360 degrees circle it makes is infinite in precision, and that movement certainly has an effect on its surroundings. Basically, math is the descriptive language of the universe, and not the actual universe because it uses imprecise measurements.

    Quantum mechanics is beyond me, but if this only needs connections, ie a quantum entanglement, can we build a computer that operates instantly? Like I said, all I need is connections to perform logic… no need for information… the shape is the logic.

    You are best off going to Github and seeing online without downloading the paper and models. Look at the simple calculator first, it only does addition and subtraction. Then look at the complex calculator that does multiplication and division. As you well know, if I can do those things, I can do anything mathematically. In the main model I created if-thens, complex do-whiles, a randomizer and a relational database.

    https://github.com/johnphantom/Dynamic-Stateless-Computer

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