What question did this study set out to answer?

This work aims to establish an ontological and mathematical framework for exploring residuals in cosmological contexts.

June 29, 2026Open Access

MAVMCC 4S+4T Ontological Framework for AntiBigBang Search: Cross-Branch Residual Algebra, LOW-Shell Patterning, and an Effective Boundary Lagrangian

Key Points

This work aims to establish an ontological and mathematical framework for exploring residuals in cosmological contexts.
Introduces a 4S+4T generative structure and cross-branch residual algebra.
Defines concepts like LOW-shell patterning and effective boundary Lagrangian.
Utilizes partial numerical references from various scientific fields as anchors.
Proposes a normalized residual scale to differentiate amplification from depletion.
Suggests that local deconstruction in one observable branch may enable reconstruction in another.
Defines a theoretical basis for future empirical tests related to MAV-MCC predictions.

Abstract

This record presents MAV-MCC 4S+4T Ontological Framework for AntiBigBang Search: Cross-Branch Residual Algebra, LOW-Shell Patterning, and an Effective Boundary Lagrangian, version v0. 1-R1. The document defines an ontological and mathematical scaffold for the MAV-MCC research program, centered on a 4S+4T generative structure, cross-branch residual algebra, D/C deconstruction–construction dynamics, LOW-shell residual patterning, and an effective boundary Lagrangian. The framework treats matter, mass, frequency, decay, biological repair, astrophysical memory, and cosmological-scale anomalies as possible residual manifestations of a deeper coherence-regime structure. The paper introduces a normalized residual scale, distinguishes positive amplification from negative depletion/saturation, and formulates a cross-branch interpretation in which local deconstruction in one observable branch may correspond to complementary reconstruction in a conjugate branch. The record includes partial numerical reference anchors from public scientific domains, including particle physics, neutron lifetime measurements, muon precision measurements, top-quark mass, neutrino mass bounds, baryonic CP violation, ultra-high-energy cosmic rays, M87/HST-1 activity, cosmological tension markers, and black-hole boundary/shadow interpretation. This release is a theoretical freeze / pre-blind-test / not empirically validated framework document. It does not claim a direct observation of an antiuniverse, a completed proof of MAV-MCC, or an empirical confirmation of the AntiBigBang search. Its purpose is to define a citable ontological and mathematical basis for future falsifiable tests, cross-scale residual mapping, and pre-registered MAV-MCC predictions. Included materials: Main PDF paper Markdown source Effective boundary Lagrangian note Cross-scale constants table Claim-boundary statement Related identifiers note Source table Zenodo metadata file Publication checklist CITATION. cff SHA256 manifest

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