Seminars & Colloquia Calendar
A dynamic approach for the zeros of the Riemann zeta function - Collision and repulsion
Yochay Jerby, Holon Institute of Technology, Israel
Date & time: Thursday, 07 October 2021 at 5:00PM - 6:00PM
Abstract: he Riemann hypothesis is a question regarding the solutions of the transcendental equation ?(s)=0, that is the zeros of the Riemann zeta function. The starting point of our talk is a remarkable connection between the zeros of zeta and the solutions of the much simpler equation ?(s)+1=0, whose non-trivial solutions could be completely described in closed form and all lie on the critical line. We will explain that the two equations are related by a sequence of functions ?N(s) called \(N\)-th sections of zeta. For N=1 one has ?1(s)=1/2(1+?(s)) while for N=[Im(s)/2] the section ?N(s) is approximately ?(s), up to a small error. Studying the dynamical change of the zeros of ?N(s) with respect to N we will show that zeros can go off the critical line only if a process of collision occurs between two consecutive zeros at a certain stage. We will also suggest a method of re-arranging the dynamics so that collisions could be avoided altogether, that is, in a way expected to keep the zeros on the critical line for any N, including the final stage where they essentially coincide with the zeros of zeta. If time permits we will also discuss how the suggested viewpoint relates to various classical topics such as: Gram's law, the Davenport-Heilbronn function and the Montgomery pair correlation conjecture.