International Journal of Business Management & Research - Volumes & Issues - Volume 16: June 2026, Issue 1

The Exact Prime Number Distribution Solution Liberates The Multitude

Authors

Professor Emeritus Paul Douglas Katching, Professor (Dr.) Sandeep Singh, Er. Ananda Glover-Akpey

DOI Number

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Keywords

Prime Number Distribution; Katching’s Distribution of Prime Numbers and Precursor Primes (DPNPP); Precursor Primes; Prime Numbers; 24-Number Line; 90-Unit Harmonic Cycles; Quantum Matrix Structure

Abstract

For over 167 years, the Riemann hypothesis has misled mathematicians—by mistake—preventing them from discovering the precise distribution of Prime Numbers along an exact 24-Number Line to infinity in 90-unit Harmonic Cycles. The singular focus on the zeros of the Riemann zeta function has led to a heavy reliance on probabilities and fractions without the firm confidence of using exact whole numbers. By contrast, the Katching’s Distribution of Prime Numbers and “Precursor Primes” (DPNPP) Theorem has validated with unprecedented precision the exact 24 positions where Prime Numbers and “Precursor Primes” can only occur in each 90-unit Harmonic Cycle on the number line.  This ordered assembly or whole-number distribution of “Prime data” inside a distinct Quantum Matrix Structure compels the “Liberating the Multitude” title of this paper to characterize the implications and valuable applications for humanity. First of all, the “entangled” numbers of 24 and 90 in the DPNPP proof formulas ensure this Quantum Matrix Structure scales to infinity while maintaining the high predictability and precision of “Prime data”. Astonishingly, a wealth of Prime Numbers are coherently hidden in the “Precursor Primes”, bringing new opportunities to upgrade security and privacy for online users. There are immediate implications for Quantum Science, Quantum Photonic Computing Algorithms, and the application of DPNPP-derived algorithms for quantum computer hardware. Furthermore, DPNPP-derived algorithms boost classical computing with new capabilities to factor very large numbers, to simulate complex molecular interactions, and to predict protein folding. Currently, there are DPNPP-derived applications for the deployment of (integrated) business-logistics operations and for the modeling of large-scale economic systems. Just as this true distribution of Prime Numbers exposes interesting patterns in the world of Quantum Science, the world of Financial Economics is ready for a balanced and scientific solution to debt. Financial freedom is no longer a hope but a universal reality.

References

 

  • This investigator addressed the “P versus NP” problem with a 2018 paper (under security review by the U.S. government) entitled P=NP PROBLEM SOLVED: Using 400! ÷ 100! to Prove P=NP in 5,151 Polynomial Steps. NP-type problems such as protein folding (e.g. the Levinthal Paradox for bioinformatics is now solvable in under 5,151 polynomial steps) are impacted by SAINT and “3D Math”.

 

 

 

  • Factoring integers with sublinear resources on a superconducting quantum processor
    • by Bao Yan, Ziqi Tan, Shijie Wei, Haocong Jiang, Weilong Wang, Hong Wang, Lan Luo, Qianheng Duan, Yiting Liu, Wenhao Shi, Yangyang Fei, Xiangdong Meng, Yu Han, Zheng Shan, Jiachen Chen, Xuhao Zhu, Chuanyu Zhang,
    • Feitong Jin, Hekang Li, Chao Song, Zhen Wang, Zhi Ma, Wang, Gui-Lu Long, and 7 China-based institutions

 

  • Two links for the Monetary Base: Currency in Circulation (MBCURRCIR) and US Labor Force https://fred.stlouisfed.org/series/MBCURRCIR $2,442.4 billion for March 2026 https://fred.stlouisfed.org/series/CLF16OV Labor Force is 169,995,000 for March 2026
  • Bringing $1 Million of the Future Value of Each Indian Citizen To the Present, in 2024-25, Using Currency in Circulation by Professor Paul Katching, Dr. Sandeep Singh, Er. Ananda Glover-Akpey US Library of Congress Copyright TXu002447788

How to cite

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Journal

International Journal of Business Management & Research

ISSN

2249-2143

Periodicity

Bi-Annually