Journal of Applied Mathematics and Computation

ISSN Print: 2576-0645 Downloads: 94927 Total View: 1436364
Frequency: quarterly ISSN Online: 2576-0653 CODEN: JAMCEZ
Article jamc.2018.04.003

“Fermat’S Great Theorem”

Levan Gavasheli*
1Academy of physical and mathematical sciences, President, Georgia, 0171
*Corresponding author: Levan Gavasheli
Published: April 14,2018


The work contains a complete proof of the "Fermat’s great theorem" farm elementary methods, which is approved by well-known scholars in the field of number theory, and is intended for all lovers of mathematics. Fermat’s Great Theorem, there do not exist integral numbers  x,y, z  different from zero, for which:

xn+yn=zn      (1)

where n > 2 (it is well known that at n = 2 such numbers exist).

From equation 1 should be


where λ a positive integer 


As in any set of natural numbers there exists the smallest number, among all such solutions there exists a solution x, y, z with the smallest value of 𝜆. Let us examine this solution in more detail.

By entering these designations in the equation (1), we shall get




How to cite this paper

"Fermat'S Great Theorem"

How to cite this paper: Gavasheli, L. (2018) "Fermat'S Great Theorem". Journal of Applied Mathematics and Computation, 2(4), 136-142. jamc.2018.04.003