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#1 2012-04-22 11:51:59

Registered: 2012-01-30
Posts: 232

New Formulation for Fermat's Last Theorem Polynomials.

I am writing a paper on this subject as I have developed Sums of Power for arithmetic progression. Setting n=2, the generalized equation reduces to polynomials of stepping down 2nd power. It looks like Kummer's cyclotomic expression but a slightly different form. This form had been used by Euler for p=3 and Sophie Germain for p=5, they got it by substitution of variables, it was not known during their time that there is a generalized equation that can describe the same form for any p. 

There are two simplified forms for these equations:

Consider Fermat's Last Theorem Equation as follows:


For odd p

For even p



Some of the equations:





Maybe it could offer an alternative proof for Fermat's Last Theorem. I had tried rational root theorem and substitution of solution of these forms:


Still got stumbled upon few steps. Maybe Galois theory might be used to explain why

can never be rational in the form of root w and variable s.

Last edited by Stangerzv (2012-04-22 11:58:59)


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