Instructive Review of Novel SFT with Non-interacting consituents "objects", and attempt Generalization to p-adic theory

TL;DR

This paper introduces a novel non-interacting string field theory formalism using 'objects' that simplifies scattering processes and explores potential generalizations to p-adic string theory, inspired by hadron parton models.

Contribution

It presents a new formalism for multiple dual strings with non-interacting constituents, differing from previous 'bits' models, and suggests extensions to p-adic string theory.

Findings

Formalism with non-interacting 'objects' representing string constituents

Simplification of scattering as a trivial process

Potential for generalization to p-adic string theory

Abstract

We have constructed a new formalism for describing a situation with {\color{red} several (dual) strings} present at a time, a {\color{red} string field theory}, by means of a constituent / a strings from objects picture similar to, but importantly different from the "bits" by Charles Thorn\cite{Thorn}. Our "objects" (essentially the bits) represent rather a making a lattice in the {\color{red} light cone variables} on the string. The remarkable feature and simplicity of our formalism is, that the "objects" do {\color{red} NOT interact}, basically just run or sit trivially fixed. {\color{red} Scattering is a fake} in our formalism. This opens also up for hoping for generalizations inspired by hadrons with their partons all having Bjorken variable $x=0$, and thus infinitely many constituents. The p-adic string is an example.