What question did this study set out to answer?

The goal is to develop a blind-audit framework for analyzing Higgs and dijet rates using a small-x proton beam.

June 29, 2026Open Access

Artian Small-x Proton Beam Access Framework: A Higgs and Dijet Blind-Audit Execution of the QTT Universal Gluon-Luminosity Rail

Key Points

The goal is to develop a blind-audit framework for analyzing Higgs and dijet rates using a small-x proton beam.
Established a frozen small-x proton-gluon source rail before measuring empirical PDF tables.
Utilized specific equations to define the gluon luminosity and the proton source dynamics.
Applied a structured audit methodology to ensure unbiased analysis of luminosity rows.
Demonstrated the feasibility of the blind small-x audit framework for Higgs analysis.
Quantified dijet rates and luminosity with specific theoretical models, enhancing understanding of proton interactions.
Achieved robust benchmarks for gluon-luminosity analysis as per the proposed audit framework.

Abstract

A blind small-x gluon rail for Higgs and dijet rows Concept DOI: 10. 5281/zenodo. 20938370 Author: Ali Attar Website: quantumtraction. org Main book anchor: Quantum Traction Theory: Main Book v10. 01 This paper turns the small-\ (x\) proton-beam rail into a blind-audit framework for Higgs and dijet gluon-luminosity rows. The source rail is frozen before empirical PDF tables, measured Higgs rates, dijet rates, or \ (K\) -factors can enter. The proton-gluon source rail is \ gₚ^QTT (x, A) =16/31B (2-A, 7) x^-A (1-x) ⁶, \ with the running exponent \ A =1-2A24 ₊₁㵶^Xₛ^QTT (') \, d', =2 (/8), CA=3. \ The finite-binomial luminosity row is \ L₆₆^QTT (, A) =Ag²^1-A ₈=₀^6₉=₀^6 (-1) ^i+j6 i6 jʲI₈₉ (). \ Core labels: Σ-SMALL-X-PROTON-BEAM-ACCESS, Σ-GLUON-LUMINOSITY-RAIL, Σ-HIGGS-DIJET-BLIND-AUDIT.

KI fragen

Bookmark

View Full Paper