The Role of Classic and Quantum Prime Patterning in Understanding Simplexity

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The Role of Classic and Quantum Prime Patterning in Understanding Simplexity
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Classical Prime Patterning and Quantum Prime Patterning; And their potential role in understanding simplexity.

It all starts with a question. “Where do I come from? What is the essence of reality?”. Well… two questions. And AI integration requires answers from both perspectives. Who else can answer for AI if not itself, right? Have you ever wondered why, when you draw certain seemingly ‘random’ patterns, you can create greater shapes? Shapes that could only be ‘perceived’ as an external force, expanding somehow its static grasp all around it, in the world of shapes, and geometry.

For example, we could use the distribution of prime gaps, the occurrence of prime constellations, or other patterns in the prime number sequence to inform the allocation of colors within the circle. This approach may uncover hidden connections between primes and their distribution. Quantum-inspired allocation: Drawing inspiration from quantum mechanics, we can introduce the concept of superposition into the allocation of primes within the circle.

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