Math

This work presents a unified and exact method for solving polynomial equations from the first degree up to the twentieth degree, based on Ezouidi’s Theorem. By transforming general polynomials into associated lower-degree systems.

Ezouidi’s Theorem (EMST) is a recursive, invariant-based approach that solves polynomials of any degree. It reconstructs all roots exactly, identifies multiplicities automatically, and preserves the structural integrity of the original polynomial

This book introThis book introduces Ezouidi’s Theorem, a novel algebraic method that provides an exact and invariant-based approach to solving polynomial equations of any degree. Without relying on radicals or classical factorization techniques.

Ezouidi’s Theorem (EMST) is a recursive, invariant-based approach that solves polynomials of any degree. It reconstructs all roots exactly, identifies multiplicities automatically, and preserves the structural integrity of the original polynomial,

A major turning point came in the nineteenth century with the Abel–Ruffini theorem, which established the impossibility of expressing the roots of a general polynomial of degree five or higher using radicals alone.

EMST’s Approach introduces a structured and exact method for resolving polynomial equations of degree 19. Built upon Ezouidi’s Theorem, this framework proposes an alternative pathway to classical radical-based limitations, offering explicit constructi

For nearly two centuries, the Abel–Ruffini theorem has shaped the understanding of polynomial solvability, asserting the impossibility of a general radical solution for equations of degree five and higher. EMST’s Approach (Ezouidi Mathematical Struct

Professor Mourad Sultan Ezouidi breaks the final mathematical barrier. The 19 th-degree equation—once declared unsolvable—is solved exactly, proving Abel’s theorem incomplete and reshaping the future of algebra.

A 56-volume mathematical series presenting a new theoretical framework—Ezouidi’s Theorem—for solving and analyzing polynomial equations of degree 20. Designed for advanced students, researchers, and algebra specialists.

A 55-volume mathematical series presenting a new theoretical framework—Ezouidi’s Theorem—for solving and analyzing polynomial equations of degree 20. Designed for advanced students, researchers, and algebra specialists.

This book presents Ezouidi’s Theorem, a new method that enables the explicit solution of eighth-degree polynomial equations, overcoming long-standing limitations of classical algebra and extending beyond the Abel–Galois framework.

This book presents Ezouidi’s Theorem, a new method that enables the explicit solution of 9th-degree polynomial equations, overcoming long-standing limitations of classical algebra and extending beyond the Abel–Galois framework.

I am the creator of Ezouidi’s Theorem, a new algebraic framework that provides exact symbolic solutions for high-degree polynomial equations, far beyond the limits known for two centuries.

This book shows how to solve sixth-degree polynomial equations using Ezouidi’s Theorem. Unlike classical methods that stop at degree four, this approach delivers exact symbolic solutions for equations of any degree.

Professor Mourad Sultan Ezouidi breaks the final mathematical barrier. The 20thdegree equation—long believed unsolvable—is solved exactly, proving Abel’s theorem incomplete and reshaping the future of algebra.

Professor Mourad Sultan Ezouidi breaks the final mathematical barrier. The 20th-degree equation—long believed unsolvable—is solved exactly, proving Abel’s theorem incomplete and reshaping the future of algebra

Professor Mourad Sultan Ezouidi breaks the final mathematical barrier. The 20th-degree equation—long believed unsolvable—is solved exactly, proving Abel’s theorem incomplete and reshaping the future of algebra.

For over two centuries, the mathematical world believed Abel’s Theorem to be absolute truth: no general solution in radicals exists for polynomial equations of degree five or higher. This view defined the limits of algebra—until now.

Professor Mourad Sultan Ezouidi breaks the final mathematical barrier. The 20th-degree equation—once declared unsolvable—is solved exactly, proving Abel’s theorem incomplete and reshaping the future of algebra.

Professor Mourad Sultan Ezouidi breaks the final mathematical barrier. The 20th-degree equation—once declared unsolvable—is solved exactly, proving Abel’s theorem incomplete and reshaping the future of algebra.

Professor Mourad Sultan Ezouidi breaks the final mathematical barrier. The 20th-degree equation—once declared unsolvable—is solved exactly, proving Abel’s theorem incomplete and reshaping the future of algebra.

Professor Mourad Sultan Ezouidi breaks the final mathematical barrier. The 20th-degree equation—once declared unsolvable—is solved exactly, proving Abel’s theorem incomplete and reshaping the future of algebra.

This book is not only a major contribution to modern algebra but also a declaration that the boundaries imposed by traditional theorems can be surpassed. It serves as a guide for mathematicians, researchers, and students seeking to explore the future

Solving 11th, 10th, and 9th-Degree Polynomial Equations by extension . Using Ezouidi Mourad Sultan’s Theorem (EMST) to figure out the exact roots

A revolutionary breakthrough by Professor Mourad Sultan Ezouidi, this book introduces Ezouidi Mourad Sultan’s Theorem (EMST) — a new symbolic framework for solving 9th-, 10th-, and 11th-degree polynomial equations with exactness.

polynomial equations, 10th degree, Ezouidi Mourad Sultan, EMST, exact solutions, algebraic theory, beyond Abel’s theorem, symbolic mathematics

In the section devoted to the 5th-degree equation, I explain how to decompose the structure into fundamental quintic invariants and extract roots through algebraic transformations rather than trial or approximation.

This landmark 50th book by Professor Mourad Sultan Ezouidi presents the exact symbolic solution of 19th-degree polynomial equations using Ezouidi’s Theorem—a breakthrough method that goes beyond the limits of classical theory.

An unprecedented solution to the 19th-degree polynomial. This book introduces a novel method that surpasses classical theory and defies even the most advanced AI systems. A revolutionary milestone in mathematical thought

This book demonstrates the complete symbolic solution of 18th-degree polynomial equations using Ezouidi Mourad Sultan’s Theorem (EMSt). It proves that exact roots can be found—even in cases where Abel’s theorem and classical methods fail