Chebyshev Partition function: A connection between Statistical Physics and Riemann Hypothesis
Jose Javier garcia Moreta
Abstract
In this paper we present a method to obtain a possible self-adjoint Hamiltonian operator so its energies satisfy Z(1/2+iEn)=0, which is an statement equivalent to Riemann Hypothesis, first we use the explicit formula for the Chebyshev function Psi(x) and apply the change x=exp(u), after that we consider an Statistical partition function involving the Chebyshev function and its derivative so Z=Tr(exp(-BH), from the integral definition of the partition function Z we try to obtain the Hamiltonian operator assuming that H=P2+V(x) by proposing a Non-linear integral equation involving Z(B=-iu) and V(x).
Create a lesson
Related papers
Dirichlet Beta Analogues, Sign Alternation, and Lerch Unification of Hyperbolic and Logarithmic Tangent Integrals
Luc Ramsès Talla Waffo
Wirsching's Positive-Predecessor-Density Program: Proofs of Conjectures 1 and 3
Renato Augusto Tavares
The Probability That the Incenter of a Triangle Lies in a Random Diameter Disk
Stanley Rabinowitz
An explicit connected-sum family with unbounded knot Ramsey-stick gap
Meng Ji
A New Fractal Derivative and Its Integral Transform Methods for Economic Models
Krishna Mani Nath, Bipan Hazarika
A Note on the Measure of Vector and Pythagorean Theorem
Yu. V. Brezhnev