What question did this study set out to answer?

This research seeks to determine if the Artian capacity endpoint can be derived without dependence on the Newton constant.

July 5, 2026Open Access

Artian Capacity Endpoint Without G: A Keystone-Style QTT Framework for Non-Gravitational E* Constructors, Anchor-Free Inter-Sector Locks, and the Source-Only SI Boundary

Key Points

This research seeks to determine if the Artian capacity endpoint can be derived without dependence on the Newton constant.
Developed a framework based on Quantum Traction Theory (QTT) to analyze the Artian capacity endpoint.
Investigated three layers of theoretical constructs focusing on non-gravitational constraints and the anchor-free web theorem.
Utilized mathematical constructs involving weak interactions and dimensional analysis across multiple theoretical sectors.
The resolved Higgs constructor outputs the Artian capacity endpoint without using the Newton constant, achieving a precise value.
Established that no theory can derive dimensionful SI units from dimensionless entities alone, proposing a necessary dimensional bridge.
Demonstrated the predictive capability of QTT through the anchor-free inter-sector lock theory, confirming stability across readings.

Abstract

Non-gravitational Artian capacity endpoint constructor Version: 1. 0 Concept DOI: 10. 5281/zenodo. 21182051 Author: Ali Attar Website: quantumtraction. org This paper answers a narrow but load-bearing question for Quantum Traction Theory (QTT): can the Artian capacity endpoint \ (E_\) be derived without relying on the measured Newton constant \ (G\)? The answer is split into three disciplined layers. First, QTT already has non-gravitational anchored readouts of \ (E_\). The cleanest current route is the resolved Higgs/Fermi/photon-edge constructor \ E_^ (H) = (2\, GF) ^-1/2 2\, qH RH^{ EW} =1. 220889947110^19\ GeV, \ with \ qH=2\![-4²-18², RH^ EW = \!- ₐₓₓ8²6+^-2, \] and \ ₐₓₓ^-1=4 (8+2+_). \ This constructor uses the weak laboratory anchor \ (GF\), not \ (G\), and the no-smuggling firewall is \ E_^ (H) (G ₎₁ₒ, P, mP, EP) =0. \ Second, the paper states the Keystone boundary plainly: neither QTT nor any possible theory can produce an SI/GeV energy from dimensionless integers, angles, and topology alone. A dimensionful value needs one dimensionful bridge. QTT's strict source-only target is therefore \ N ₊₂= tA\, ₂ₒ=4. 95610^-34, \ which remains an amber keystone certificate. Third, the paper promotes the anchor-free web theorem. If two sectors read the same endpoint as \ E_=Aᵢbᵢ=Aⱼbⱼ, \ then QTT predicts the pure inter-sector lock \ AᵢAⱼ=bᵢbⱼ. \ In this form \ (E_\), \ (G\), \ (A\), and Planck-unit language cancel. The immediate printed corollary is the top-Yukawa lock \ yₜ^ QTT=Rₜ RH^{ EW}, \ with the top-mass scheme guardrail kept active. Main status labels: GREEN: NON-G-ANCHORED-E-STAR-CONSTRUCTORS GREEN: ANCHOR-FREE-INTER-SECTOR-WEB-THEOREM GREEN: TOP-YUKAWA-ANCHOR-FREE-LOCK-AS-ALGEBRA AMBER: SOURCE-ONLY-SI-ENDPOINT-CERTIFICATE AMBER: TOP-MASS-SCHEME-GUARDRAIL YELLOW: DIRECT-EM-CAPACITY-EDGE-MEASUREMENT Related QTT anchors: Main book v10. 01 concept DOI: 10. 5281/zenodo. 17527179 Newton/G paper concept DOI: 10. 5281/zenodo. 20057430 Keystone Audit concept DOI: 10. 5281/zenodo. 21141060 Source-Only SI Endpoint Bridge concept DOI: 10. 5281/zenodo. 20936013 Photon-Edge Gate concept DOI: 10. 5281/zenodo. 20628735 Electron/Rydberg theorem concept DOI: 10. 5281/zenodo. 20800371 Neutrino ratio paper concept DOI: 10. 5281/zenodo. 19960813 Charged-lepton family-rank paper concept DOI: 10. 5281/zenodo. 20698191 QTT DOI Map: quantumtraction. org/doi-map/ QTT Lexicon: quantumtraction. org/lexicon/ Two Universes page: quantumtraction. org/two-universes/ Included files: 00qttₐrtiancapacityₑndpointwithoutgᵥ1₀. pdf - main PDF preview file estarₙongᵥ1₀ᵣeleaseₚackage. zip - full release package with LaTeX source, verification script, machine certificate, render audit, and checksums

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