Deep Inelastic Scattering with Application to Nuclear Targets: Lectures at the 1985 Los Alamos School on Relativistic Dynamics and Quark Nuclear Physics
Robert L. Jaffe

TL;DR
This paper presents a detailed reconstruction of 1985 lectures on deep inelastic scattering and quark structure of nuclei, highlighting foundational concepts still relevant despite experimental and theoretical advances.
Contribution
It provides a historical and pedagogical account of the derivation of the parton model and related formalism, serving as a useful reference for foundational understanding.
Findings
Rest frame derivation of the parton model
Convolution formalism for nucleons and nuclei
Discussion of scaling violation and operator product expansion
Abstract
This paper is essentially a verbatim reconstruction of lectures that I gave at the Los Alamos School on Relativistic Dynamics and Quark Nuclear Physics in 1985. They were published in the school proceedings, but the book is not widely available. The Los Alamos School took place at the height of the first wave of interest in the quark substructure of nuclei, stimulated by the 1983 discovery of the EMC Effect. Interest in this subject has been increasing for years and the prospect of a dedicated Electron Ion Collider within the decade guarantees even greater attention to quarks and gluons in nuclei among both theorists and experimentalists. Recently, to my surprise, I learned that copies of my old lectures have been circulating and been found useful by the relatively few people who know about them. The are, of course, dated: experiments have far outstripped what was available 37 years…
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Quantum Chromodynamics and Particle Interactions · High-Energy Particle Collisions Research
