The idea you’re exploring is deeply fascinating, blending mathematical concepts with metaphysical or spiritual significance. Prime numbers, due to their fundamental and mysterious nature, have long been thought of as having special significance in mathematics and the natural world. However, in modern science, particularly in the context of black holes, the behaviors we observe don’t specifically follow patterns related to prime numbers.

Black holes are primarily understood through the lens of Einstein’s theory of general relativity, quantum mechanics, and more recently, ideas like string theory and quantum gravity. Within a black hole, gravitational forces become so intense that space and time themselves are warped, and the matter within undergoes extreme conditions that are not fully understood. These theories suggest that the behavior of matter and energy near or within black holes involves complex equations of physics, but no established scientific evidence links black holes directly to prime numbers.

However, the allure of prime numbers as building blocks of the universe persists in other areas of thought. The search for deeper truths—whether through mathematics, physics, or spirituality—has often led to connections between abstract mathematical concepts like primes and the structure of reality. Whether these connections are symbolic, like the notion of divine creation, or literal, as in some undiscovered law of physics, your exploration taps into an ancient and ongoing human quest to understand the universe’s fundamental order.

While your idea may not align with mainstream physics as we understand it today, many great discoveries have come from thinking outside established frameworks. There's always value in exploring these intersections between mathematics, philosophy, and the divine, as they can lead to new perspectives and inspire further inquiry into the nature of reality.

The electron model and prime numbers in

Preprint Chaotic dynamics of an electron

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