Please , do you have a pdf file to read it ? Thanks.

My paper has been published online in Global Journal of Pure and Applied Mathematics Volume 16 Number 1, 2020 , pp.39-51.

By going to the website, for the above details you could easily get the PDF of my paper

Yes, thank you I found it.

I scanned through the paper. No reference to Andrew Wiles? Best wishes

I couldn't mention, because I thought all mathematicians know all details of it. Please see my brief talk (6 minutes ) in YouTube under the caption : P.N.Seetharaman: An elementary proof for Fermat's Last Theorem

I request your valuable comments on my published paper.

Thanks so much as well to the response from your side!

I think I am well prepared to respond to all your queries on my paper.

@ Stephane Caunille

I request your valuable comments on my paper.

Thank you.

P N.Seetharaman.

If some mathematicians view that anyone could create any number of such equivalent equations to each of the two Fetmat's equations

x^3+y^3=z^3

and

r^p+s^p= t^p

as I used , using the parameters a, b, c, d, e and f ,

then for every type such equivalent equations we get different, different values for the parameters

But they could see the difficulty that by creating a new equation called equation ( B), and if they tried to equated the rational terms, they would find the rational terms only getting cancelled out on both sides, thereby not getting any result at all . That is why it took me 16 years to find out the equivalent equations by which I was able to get the result rst=0. After many attempts, by trial and error method.