Jacob's ladders, new classes of sum variants of almost linear formula and corresponding ζ-functionals and ζ-equivalents of the Fermat-Wiles theorem
Jan Moser
Abstract
In this paper we obtain new classes of the second generation of new ζ-functionals and corresponding ζ-equivalents of the Fermat-Wiles theorem. These are based on sets of elementary rectangular ζ-signals generated by the Gramm's sequence.
Create a lesson
Related papers
Explicit equations of Galois subfields of Hermitian function fields with respect to decomposition groups
Liming Ma, Yipeng Wang
Tunnell-type criteria for variants of the congruent number problem
Bo-Hae Im, Minseo Shin
A uniform effective André--Oort result
Guy Fowler
On a conjecture of Browning and Sawin on random hypersurfaces with sign coefficients
Ken Ono, Ashvin Swaminathan
On Multiple Eisenstein Series in Positive Characteristic: Direct Sum Result
Chieh-Yu Chang, Song-Yun Chen, Fei-Jun Huang et al.
Stable Trace Formula for Newton strata of Shimura varieties
Dhruva Kelkar