Holographic Double Diffractive Production of Higgs and the AdS Graviton/Pomeron

TL;DR

This paper develops a holographic model for double diffractive Higgs production using the AdS graviton/Pomeron framework, aiming to predict phenomena in strong coupling QCD relevant for LHC experiments.

Contribution

It introduces a novel holographic approach to model double diffractive Higgs production, bridging strong coupling QCD with experimental predictions.

Findings

Provides a predictive holographic model for Higgs production

Compares holographic results with weak coupling approaches

Lays groundwork for experimental validation at LHC

Abstract

The holographic approach to double diffractive Higgs production is presented for the AdS graviton/Pomeron. The goal is to provide a predictive phenomenology for the strong coupling expansion of QCD. This is the first step to set up the framework for the double diffractive Higgs production in anticipation of experimental observations at the LHC. Comparisons are made with the weak coupling approach based on the BFKL Pomeron models and soft Regge parameterizations.