Scaling laws in hadronic processes and string theory
Oleg Andreev
TL;DR
This paper explores how string theory can be used to derive known QCD scaling laws, focusing on high-momentum transfer hadronic scattering amplitudes, form factors, and distribution functions.
Contribution
It introduces a scheme linking string theory to QCD scaling laws, providing a novel approach to understanding hadronic processes.
Findings
Derived QCD scaling laws from string theory frameworks.
Connected string amplitudes to hadronic form factors.
Proposed a model for exclusive scattering at high momentum transfer.
Abstract
We propose a possible scheme for getting the known QCD scaling laws within string theory. In particular, we consider amplitudes for exclusive scattering of hadrons at large momentum transfer, hadronic form factors and distribution functions.
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