THE SYSTEMIC EVIDENCE-OPERATION DIVERGENCE PRINCIPLE (SEODP)
- 1Independent Researcher
Abstract
This paper proposes the Systemic Evidence-Operation Divergence Principle (SEODP), a framework for analyzing situations in which evidence associated with a constrained operation can have different logical and evidential consequences for different claims. Its primary case, the Media-Coverage Paradox (MCP), concerns a hypothetical or case-specified situation in which journalists are obstructed while attempting to cover an event, and a video documenting the obstruction is subsequently circulated as media coverage and as evidence of the obstruction. The central observation is that the same video may support a bounded claim that specified journalists were obstructed while defeating a broader claim that no relevant media coverage occurred. These consequences are not automatically contradictory: they concern different propositions unless their temporal, spatial, operational, and semantic scopes are made equivalent. The proposed framework therefore distinguishes evidential support, refutation, claim defeat, and unresolved evaluation.
The paper retains the Evidence-Operation Dual-Role Mechanism as its default mechanism and incorporates a refined submechanism termed the Dual-Polarity Evidence Effect. The proposed operational sequence is Operation Constraint, Evidence Generation or Exposure, and Dual-Role Evaluation. A three-layer architecture Philosophical-Epistemological, Systemic-Functional, and Mathematical-Computational is used to analyze the primary case and a structured set of thirty case-study scenarios.
A formal vocabulary is developed for claims, evidence, scope, reliability, and evidential relations. The mathematical section is deliberately conservative: it provides definitions and decision conditions rather than presenting an unvalidated numerical formula as an established law. Counterexamples, alternative explanations, falsifiability conditions, and an empirical-validation protocol are included.
SEODP is presented as a proposed, testable generalization, not as an already demonstrated universal law. Its wider validity requires independent cases, systematic comparison with existing theories, transparent operationalization, and evidence that the framework provides explanatory or predictive value beyond ordinary claim-scope analysis and established accounts of evidence.
Related
- THE CONSTRAINT-OPERATION DIVERGENCE PRINCIPLE (CODP)
- The Systemic Frame-Operation Coherence Principle (SFOCP): A Proposed Framework for Analyzing Compatibility Between Targets, Conceptual Frames, Operations, and Outcomes
- THE SYSTEMIC CONSEQUENCE DIVERGENCE PRINCIPLE (SCDP)
- THE STATE-OPERATION-EVALUATION RELATION PRINCIPLE (SOERP)
- A local-to-global principle for f-divergence homogenization
BibTeX
@misc{shan2026systemic,
title = {{THE SYSTEMIC EVIDENCE-OPERATION DIVERGENCE PRINCIPLE (SEODP)}},
author = {Shamiul Hoque Shan},
howpublished = {Zenodo},
year = {2026},
month = oct,
doi = {10.5281/zenodo.23574897},
url = {https://zenodo.org/records/23574897},
note = {CC BY-NC-ND 4.0},
}
RIS
TY - UNPB
TI - THE SYSTEMIC EVIDENCE-OPERATION DIVERGENCE PRINCIPLE (SEODP)
AU - Shamiul Hoque Shan
PY - 2026
DA - 2026/10/22
PB - Zenodo
DO - 10.5281/zenodo.23574897
UR - https://zenodo.org/records/23574897
AB - This paper proposes the Systemic Evidence-Operation Divergence Principle (SEODP), a framework for analyzing situations in which evidence associated with a constrained operation can have different logical and evidential consequences for different claims. Its primary case, the Media-Coverage Paradox (MCP), concerns a hypothetical or case-specified situation in which journalists are obstructed while attempting to cover an event, and a video documenting the obstruction is subsequently circulated as media coverage and as evidence of the obstruction. The central observation is that the same video may support a bounded claim that specified journalists were obstructed while defeating a broader claim that no relevant media coverage occurred. These consequences are not automatically contradictory: they concern different propositions unless their temporal, spatial, operational, and semantic scopes are made equivalent. The proposed framework therefore distinguishes evidential support, refutation, claim defeat, and unresolved evaluation. The paper retains the Evidence-Operation Dual-Role Mechanism as its default mechanism and incorporates a refined submechanism termed the Dual-Polarity Evidence Effect. The proposed operational sequence is Operation Constraint, Evidence Generation or Exposure, and Dual-Role Evaluation. A three-layer architecture Philosophical-Epistemological, Systemic-Functional, and Mathematical-Computational is used to analyze the primary case and a structured set of thirty case-study scenarios. A formal vocabulary is developed for claims, evidence, scope, reliability, and evidential relations. The mathematical section is deliberately conservative: it provides definitions and decision conditions rather than presenting an unvalidated numerical formula as an established law. Counterexamples, alternative explanations, falsifiability conditions, and an empirical-validation protocol are included. SEODP is presented as a proposed, testable generalization, not as an already demonstrated universal law. Its wider validity requires independent cases, systematic comparison with existing theories, transparent operationalization, and evidence that the framework provides explanatory or predictive value beyond ordinary claim-scope analysis and established accounts of evidence.
ER -