What question did this study set out to answer?

The central aim is to reveal how the choice of numeral systems affects the perception of prime number distribution.

April 24, 2026Open Access

UNIFICATION from Riemann Hypothesis and The Squaring of the Circle

Key Points

The central aim is to reveal how the choice of numeral systems affects the perception of prime number distribution.
Analyzed the limitations of the Decimal System in understanding prime numbers.
Introduced the Duodecimal System as a framework for mathematical analysis.
Compared visibility of prime distributions between Base 10 and Base 12.
Base 10 creates artificial noise in prime number appearances.
Shifting to Base 12 clarifies the structure of prime numbers.
Prime numbers align with the geometry of the universe when analyzed through Base 12.

Abstract

For centuries, the academic world has failed to understand the distribution of prime numbers because it relied on the Decimal System (Base 10). This audit identifies Base 10 as a "mathematical virus" that creates artificial noise, making primes appear random. In reality, prime numbers are the rigid nodes of the universe's geometry. The Armando Rule: The Structural Confinement By shifting the frame of reference to the Duodecimal System (Base 12), the "noise" disappears. Base 12 is the only system that harmonizes with the 30-degree fundamental frequency of space.

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