• Caption1
  Caption1
• 
  Caption2

• 
  Caption1
• 
  wikipediaarticlephoto

• 
  lexar
• 
  Caption2

• Caption1
  Caption1
• 
  Caption2

This article demonstrates an ancient-maths solving Method to historical Fermat´s Last Theorem , eventual references to mathematical litteratures and Internet-links describing : Fermat´s Last Theorem .

Neither the article´s author nor the article are affiliated to The Grand Proof of Fermat´s Last Theorem by modern-maths-method performed in 1995 by an university-group .

This article´s depicted maths method was copyrighted in year 1981 by author , and author in 1981 suggested the method termed : Fermat-Abel Method.

Instead of strict maths explanative wordings then was a causerically populary layout applied for in most brief to describe such an ancient-maths-method plausibly used by historical mathematician Ms. Fermat self to solve Fermat´s Last Theorem ; and plausible to perform by all head´s calculating.

With reference to depicted photo then at markings from and forth : A/ by modern maths-notations the original historical set-up Form of Fermat´s Last Theorem , the wellknown non-equal-to , X,Y,Z,N are natural whole numbers though having surden criterias for values B/ first applied altering of original Form for to ease analyzing is to alter to be a condition of : equal-to and thereby then forth C/ to D/ to E/ still maintaining original theorem´s criterias ; though then at F/ are substituted by supporting-constants Kx and Ky having specified values of whole-natural-numbers , to say while referencing to article´s photo : here through F/altering by a specific analyzing-criteria obviously ´stated from equal-to sentence in article´s photo it so appears by applying some otherwise already wellknown mathematical functional circumstances , that the conditions as depicted can NOT allow for equal-to between left and right sides in F/ , and this for combinative values of N , Z , and the 2 supporting constants still maintaining original theorems Form´s criterias like whole-natural-numbers.........

Fermat´s Last Theorem is stated by theorem´s criterias

______________________________________________________________________________________________________________________________

As a finalling comments p.s.:

Historical Mathematician Ms. Fermat plausibly performed somehow similar to this depicted method ....by all head´s calculation relayed on Ms. Fermat´s especial knowledges and skills.....such a method would fit in margen-space on that wellknown historical pergament-sheet.....in year 1981 article´s author solved as depicted , copyrighted , published and suggested this method termed : Fermat-Abel Method in intention to honour historical 2 Mathematicians , French Ms. Fermat and norwegian Hr. Abel...for somehow it might be plausible , that also Hr. Abel might have solved Fermat´s Last Theorem by such a method as depicted in this article

and further added p.s. : The Grand Proof year 1995 performed in Modern Maths by an University-Group , references to Modern Maths Litteratures and searchwords in Internet , that Grand Proof does have some reveiled basical maths properties of some details concerning more composite elliptical integrals , e.t.c., though to mention is not within frames of this author´s brief article ; then also : for N=2 the F/-Form "declines" to could be re-formed enabling to express wellknown Ancients-Maths 3,4,5 as a basic array-solution and the all of whole-numbers-multiples (i.e. 6,8,10...i.e. 9,12,15...), and eventual otherwise basical for N=2 whole-numbers-solutions X,Y,Z ; then also by Form F/ could be discussed about broken-values of N , N-values of "negative" , functional N , e.t.c......article´s author suggests in postulative unspecified wordings : Ms. Fermat did realize of such and of far more possibilities as hidden in that once-upon Last Theorem ; for that Last Theorem more likely is as a Beginning Theorem , so to speak , of making analyzing tools ; of course then Ms. Fermat also knew else to could perform to calculate strictly by Form A/ and B/ besides to know an altering Method alike the Method briefly depicted in this mere article ; still reveiled properties are in FERMAT´s LAST THEOREM

And as further supplements comments in brief :

Having plausibly solved by such a method as depicted , or by closely similar method , then Ms. Fermat had made a mathematics "gemstonian magic box" for i.e. as an analyzing tool , i.e. as a method for altering some apparently quite otherwise maths problems , i.e. also : in altered Form F/-layout it is further possible to define and to state about non-whole-numbers for (X) , for (Y) , for Z , for N , and then : that altered Form F/-layout makes possible to incorporate surden functional criterias in Forms-places of (Z-Kx) and of (Z-Ky) like selected ex : therefrom and thereby can be defined some conditions else not allowable by a Form A/ & B/ notations , to say : introduced through functional criterias on F/-Form can be defined quite otherwise mathematical functional circumstances really difficult to would define by standard-potencings / logaritmes / exponentials, somehow alike to would calculate by some sort of not-quite-natural-numbers-properties ; only as article´s author´s suggested postulate : Ms. Fermat did know of such by that hidden properties defined by Fermat´s Last Theorem

Then as co-related comments : article´s author p.t. prepares some time-durations short video-movie-sequences for to depict by chalks-walltable and by flip-over then : this Fermat´s Last Theorem re-defined and stated ; absolute Prime-Numbers stating Function ; some possible secrets concerning historical Sir I. Newton´s Principia....e.t.c. ; just to briefly mention related to such articles like this article : author once-upon university-studied in 1970-years in Physics-Maths , during many years have researched in controversial matters like i.e. to question Dogme of universal conservatory Amount of Energy , i.e. to have experimented with Super-luminal Effects , and i.e. to have contra-demonstrated some aspects of Relativistical Theories ; and during such researchings then got suitable Maths by supportings from the otherwise Maths like the reveiled properties of : FERMAT´s LAST THEOREM