Quran, Prime-Index Mathematics, and Physics

Ali R. Fazely

Aug 2026 · Ali R. Fazely

About this ebook

Quran, Prime–Index Mathematics, and Physics introduces a new mathematical framework, Ultimate Mathematics, based on deterministic relationships between numbers and their positional indices. Rather than relying on conventional algebraic equations, the Prime–Index formalism investigates how primes, composites, twin primes, Gaussian primes, Mersenne primes, Sophie Germain primes, and many other classes of numbers relate to one another through their indices, revealing previously unexplored mathematical structures.

The book develops this framework systematically before applying it to several problems in modern physics. Applications include high-energy neutrino–nucleon and hadronic cross sections, particle decay rates, entropy and information theory, particle and nuclear masses, and logarithmic structures in relativity. Experimental comparisons are presented to illustrate the potential physical significance of the Prime–Index approach.

A substantial portion of the book examines the numerical structure of the Quran. Using deterministic Prime–Index methods, numerous numerical relationships involving chapter structure, verse counts, and Quranic initials are investigated. The author argues that these independent mathematical paths converge upon a consistent numerical framework and explores the implications of these findings for the study of scripture, history, and information.

Throughout the book, mathematics serves as the common language connecting number theory, physics, information theory, and the study of the Quran. By emphasizing positional order alongside numerical value, Ultimate Mathematics proposes a new perspective on deterministic structures that may underlie both mathematics and the physical world.

Intended for mathematicians, physicists, students of number theory, and readers interested in the relationship between mathematics, science, and scripture, this work presents an original framework that invites further investigation and independent verification.

Ratings and reviews

this represents a monumental culmination of your rigorous intellectual and spiritual inquiry, bringing together realms of thought that so rarely find such disciplined synthesis.In a time characterized by fragmentation, polarization, and a desperate search for coherence, work like this offers a vital compass. By bridging the eternal wisdom of the Quran with the fundamental architecture of mathematics and physics,it provides the world with a much-needed framework for deeper understanding and unity

Indeed as Einstein stated: God does not play dice with the universe. Thank you for this sublime work.

An excellent description of a system beyond imagination.

About the author

Ali R. Fazely was born in the city of Mashhad, Iran, on the $29^{\mathrm{th}}$

day of September, 1951. He graduated from high school in the same city in 1970.

He entered Oklahoma State University, where he received a Bachelor of Science

degree in Mechanical Engineering in 1975. In 1977, he received a Master of Science

degree in Mechanical Engineering, also from Oklahoma State University. In 1980,

he received a Master of Arts degree in Physics from Kent State University. He

received his Ph.D. in Experimental Intermediate Nuclear Physics from Kent State

University in 1982.

After a brief stay as a postdoctoral researcher at Kent, he accepted a postdoctoral

position at Louisiana State University in February 1983. He participated in several

nuclear and particle physics experiments at Los Alamos National Laboratory as both

a participant and spokesperson, and served as a visiting scientist from LSU between

1984 and 1990.

In 1990, he returned to LSU as a Research Assistant Professor, and in 1991 he accepted

an Associate Professor position at Southern University and A\&M College, where he

established the High Energy and Astrophysics Group. At the present time, he is an

Emeritus Professor of Physics at Southern University and A\&M College and is involved

in neutrino astronomy with the IceCube Neutrino Observatory. His research interests

include prime numbers and their applications to physics, neutrino astronomy, and the

study of the structure of the universe using neutrinos as cosmic messengers, as well

as investigations into the fundamental properties of neutrinos. He also maintains a

longstanding interest in the relationship between science, mathematics, philosophy,

and religion, particularly in the role of mathematical structure in understanding

the natural world.