つづき
（参考）
関連： 望月新一（数理研） http://www.kurims.kyoto-u.ac.jp/~motizuki/
News - Ivan Fesenko https://www.maths.nottingham.ac.uk/plp/pmzibf/nov.html
Explicit estimates in inter-universal Teichmuller theory, by S. Mochizuki, I. Fesenko, Y. Hoshi, A. Minamide, W. Porowski, RIMS preprint in November 2020, updated in June 2021, accepted for publication in September 2021
https://ivanfesenko.org/wp-content/uploads/2021/11/Explicit-estimates-in-IUT.pdf NEW!! (2020-11-30) いわゆる南出論文（5人論文）
より
P4
Theorem A. (Effective versions of ABC/Szpiro inequalities over mono-complex number fields)
Theorem B. (Effective version of a conjecture of Szpiro)
Corollary C. (Application to “Fermat’s Last Theorem”)
P56
Corollary 5.9. (Application to a generalized version of “Fermat’s Last Theorem”)
Let l, m, n be positive integers such that
min{l, m, n} > max{2.453 ・ 10^30, log2 ||rst||C, 10 + 5 log2(rad(rst))}.
Then there does not exist any triple (x, y, z) ∈ S of coprime [i.e., the set of
prime numbers which divide x, y, and z is empty] integers that satisfies the equation

つまり、元祖フェルマー x^l + y^m + z^n = 0→拡張フェルマー rx^l + sy^m + tz^n = 0 もIUTで解けたんだ

Theorem Bで、Effective ”Szpiro”も出る
但し、”effective versions of the Vojta”への言及がないので、Vojtaは 未だみたい
ここ、一山当てる狙い目かもねｗ
他に、IUT関連
・[R8] Higher adelic theory, talk at the Como School, September 2021 https://ivanfesenko.org/wp-content/uploads/2021/10/hat.pdf
・[R7] IUT and modern number theory, talk at the RIMS workshop on IUT Summit, September 2021 https://ivanfesenko.org/wp-content/uploads/2021/10/mntiut.pdf
? [R5] Class field theory, its three main generalisations, and applications, May 2021, EMS Surveys 8(2021) 107-133 https://ivanfesenko.org/wp-content/uploads/2021/10/232.pdf

つづく