Robert Kupski

BKT-45B Modified Einstein Equations in the LOM–GTSFC–USC–GTCW Theory.

This article presents an integrated formalisation of a relational approach to gravity within the LOM–GTSFC–USC–GTCW research programme. Its starting point is the hypothesis that the properties of observable particles and the persistence of physical structures may arise from a dee...

BKT–94. LOM GTSFC USC GTCW Hypothesis of an Overarching Informational Layer of Physical Structures.

LOM–GTSFC–USC–GTCW: Hipoteza nadrzędnej szczegółowej struktury znajdującej się Synteza Programu Badawczego i Programu Protonowego BKT-37 Autor: Robert Kupski Program: Niezależny Program Badawczy PJM GTWSSF USC GTCW ORCID: 0009-0006-4044-0280 Wydanie artykułu: BKT–94 v2.16 Wstęp P...

BKT–37Y11–A01 Parameters of the channel-based proton description

BKT–37Y11–A01 v1.8 — Parameters of the channel-based proton description Numerical extensions and comparison with the Standard Model Robert Kupski | Annex A01 to article BKT–37Y11 v2.4 This publication develops a relational, channel-based perspective on the proton, in which the pe...

BKT–37Y11–A01 Parameters of the channel-based proton description

BKT–37Y11–A01 v1.8 — Parameters of the channel-based proton description Numerical extensions and comparison with the Standard Model Robert Kupski | Annex A01 to article BKT–37Y11 v2.4 This publication develops a relational, channel-based perspective on the proton, in which the pe...

BKT-85-ART v4.0 Relational closure in bottomonium formation.

Relational closure in bottomonium formation. A restricted Υ(1S) realization, measurement map and transfer test Author: Robert KupskiVersion: BKT-85-ART v4.0 Introduction Bottomonium formation provides a sectoral setting for investigating the Law of One Mechanism hypothesis (LOM;...

BKT–37Y10 Derived Lepton Channels of the Proton.

BKT–37Y10 — Derived Lepton Channels of the ProtonEmbedded Closure, Tolerance Bands, and Identifiability of the Relational Mechanismep Data, LUXqed/LUXlep, QCD–QED Evolution, Observation Geometry, and Numerical Validation This article develops the LOM–GTSFC–USC–GTCW research progr...

BKT-45B Modified Einstein Equations in the LOM–GTSFC–USC–GTCW Theory.

This article presents an integrated formalisation of a relational approach to gravity within the LOM–GTSFC–USC–GTCW research programme. Its starting point is the hypothesis that the properties of observable particles and the persistence of physical structures may arise from a dee...

BKT-37Y09 Orthogonal Projection, Hidden-Sector Self-Energy, and Cross-Channel Identifiability in Proton-Structure Studies

Orthogonal Projection, Hidden-Sector Self-Energy, and Cross-Channel Identifiability in Proton-Structure Studies This publication develops a mathematical, physical, and statistical framework for testing whether proton-structure data contain a stable dynamical component that cannot...

BKT–37Y07 Operator Identifiability, Renormalized Wilson Junctions, and Hierarchical Closure of the Proton

Operator Identifiability, Renormalized Wilson Junctions, and Hierarchical Closure of the Proton The BKT–37Y07 publication constitutes the next stage of the multipart proton research programme developed from the principal BKT–37 article within the PJM–GTWSSF–USC–GTCW framework. Th...