Preprint demonstrates direct-quotient extraction for five-digit integers divisible by 11, highlighting new methods.
This preprint serves as the second volume in an ongoing independent research project mapping localized structural shortcuts and digit-displacement heuristics along the integer number line. Following the foundational single-digit mechanics established in Volume 1, Volume 2 formalizes a predictable direct-quotient extraction engine designed specifically for five-digit architectures divisible by 11. By evaluating the structural wave balance of an input via alternating sums, the system bifurcates integers into a Cancellation Zone (H_r = 0) and a Non-Cancellation Zone (H_r > 0). It demonstrates how direct spatial contraction combined with a dynamically scaled subtraction gate successfully yields exact multipliers, completely bypassing standard iterative division methodologies.
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Clarence Kahoro Mwangi (2026) studied this question.
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