Unified Possibility-Causality-Conflict Theory

This manuscript proposes the Unified Possibility-Causality-Conflict Theory (UPCCT), aconceptual and formal research framework for examining how one event may admit multiplecandidate outcomes or interpretations, how a lens or medium shapes their representation, howselected possibilities are connected to causal models and consequences, and how some candidatestates or claims may be jointly feasible while others are conditionally incompatible. Theframework distinguishes four within-system mechanisms: Modal Possibility Multiplicity (M1),Lens-Medium Epistemic Projection (M2), Possibility-Cause-Consequence Blending (M3), andConditional Possibility Exclusion and Conflict (M4). A fifth component, Possibility-Conflictand Paradox Dynamics (PCPD), is proposed as a metalevel research programme spanningformal mathematics, epistemology, measurement theory, causal inference, and dynamicalsystems.The framework distinguishes possibility from probability, candidate coexistence from jointrealizability, representation from reality, causal attribution from causal structure, evaluativeopposition from logical contradiction, and conflict from paradox. Two author-supplied phe-nomenological case descriptions are used throughout: adversity and endurance under divergentevaluations, and unreciprocated attachment under divergent evaluations. These cases aretreated as motivating examples, not as independently verified empirical observations or evidenceof a universal law.The manuscript defines variables, relations, candidate mathematical structures, operationalindicators, falsifiable hypotheses, comparative tests, counterexamples, and a staged validationprotocol. It does not claim that UPCCT is an established scientific theory, that PCPDis an established academic discipline, or that the framework is empirically validated. Itspotential contribution must be established through literature comparison, explicit semantics,measurement, predictive or explanatory advantage, and independent evaluation.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-27
DOI
https://doi.org/10.5281/zenodo.23694970
Primary Topic
Logic, Reasoning, and Knowledge
Type
preprint
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preprint

Unified Possibility-Causality-Conflict Theory

Shamiul Hoque Shan
Zenodo (CERN European Organization for Nuclear Research)
Logic, Reasoning, and Knowledge
preprint

Unified Possibility-Causality-Conflict Theory

Shamiul Hoque Shan
preprint en

Abstract

This manuscript proposes the Unified Possibility-Causality-Conflict Theory (UPCCT), aconceptual and formal research framework for examining how one event may admit multiplecandidate outcomes or interpretations, how a lens or medium shapes their representation, howselected possibilities are connected to causal models and consequences, and how some candidatestates or claims may be jointly feasible while others are conditionally incompatible. Theframework distinguishes four within-system mechanisms: Modal Possibility Multiplicity (M1),Lens-Medium Epistemic Projection (M2), Possibility-Cause-Consequence Blending (M3), andConditional Possibility Exclusion and Conflict (M4). A fifth component, Possibility-Conflictand Paradox Dynamics (PCPD), is proposed as a metalevel research programme spanningformal mathematics, epistemology, measurement theory, causal inference, and dynamicalsystems.The framework distinguishes possibility from probability, candidate coexistence from jointrealizability, representation from reality, causal attribution from causal structure, evaluativeopposition from logical contradiction, and conflict from paradox. Two author-supplied phe-nomenological case descriptions are used throughout: adversity and endurance under divergentevaluations, and unreciprocated attachment under divergent evaluations. These cases aretreated as motivating examples, not as independently verified empirical observations or evidenceof a universal law.The manuscript defines variables, relations, candidate mathematical structures, operationalindicators, falsifiable hypotheses, comparative tests, counterexamples, and a staged validationprotocol. It does not claim that UPCCT is an established scientific theory, that PCPDis an established academic discipline, or that the framework is empirically validated. Itspotential contribution must be established through literature comparison, explicit semantics,measurement, predictive or explanatory advantage, and independent evaluation.

Zenodo (CERN European Organization for Nuclear Research)
Peace, justice, and strong institutions
Logic, Reasoning, and Knowledge
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