Solution of the odderon problem for arbitrary conformal weights
J. Wosiek, R. E. Janik (Jagellonian University)
TL;DR
This paper introduces a novel method to solve the Baxter equation for three coupled noncompact spins, enabling the first prediction of the odderon intercept as an analytic function of key parameters.
Contribution
It presents a new approach to solving the Baxter equation for three noncompact spins, linking it to the odderon problem in quantum chromodynamics.
Findings
Predicted the odderon intercept as an analytic function of parameters
Established equivalence between the Baxter equation system and three reggeized gluons
Provided a new solution method for complex spin systems
Abstract
A new method is applied to solve the Baxter equation for three coupled, noncompact spins. Due to the equivalence with the system of three reggeized gluons, the intercept of the odderon trajectory is predicted for the first time, as the analytic function of the two relevant parameters.
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