Why Strong Governance Still Drifts: How Institutions Quietly Lose Alignment

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Authors: Robin Edgard Ulrik Mertens
Cited by: 89
References: 8

Abstract

Good governance does not prevent drift—it can enable it. Strong institutions still drift—and often more efficiently. This paper explains why: governance systems translate intent into decision rules that evolve over time. Under conditions of complexity and delayed feedback, small interpretive shifts accumulate into real divergence. Drift is not a breakdown of governance—it is a consequence of how governance works. About the Coherence ProgrammeThe Coherence Programme studies why institutions drift despite appearing aligned. It shows that decisions are made not on intent itself, but on how intent is translated into criteria, metrics, and allocation rules. Using the Operating Spine, the programme traces how purpose becomes action across governance layers, making drift and coherence directly observable within decision systems. The research applies to public institutions, capital allocation, and AI-mediated environments, where the durability of decision rules determines long-term institutional reliability.Programme citation: Mertens, R. E. U. (2026). The Coherence Programme: A Conceptual Overview and Entry Point to the Research Programme. Resources: Coherence Programme OSF repository and https://thecoherenceprogramme.org Version 1.01 (Feb 2026)Minor theoretical positioning refinements, boundary clarification, formalisation schematic, and language precision updates. No change to core argument. This version supersedes V1.0 and introduces no change to the core theoretical claim.Version 1.02 update: This version adds an explicit cross-reference to the AI-Augmented Impact Frames architectural paper to clarify the conceptual positioning of this article within the broader research programme. No arguments, definitions, figures, or claims have been changed. The revision improves scholarly traceability and programme coherence only.Version 2.00: This release consolidates the manuscript within the full research programme structure. Cross-paper terminology has been harmonised, the unit-of-analysis statement has been standardised across the series, and reference architecture has been aligned. No changes have been made to the formal decision-learning architecture, measurement logic, boundary conditions, or theoretical claims.Version 2.01: consolidates the manuscript within the full research programme structure. Cross-paper terminology has been harmonised, titles and references have been aligned with the programme statement, and internal cross-references have been updated. No changes have been made to the formal decision-learning architecture, measurement logic, boundary conditions, or theoretical claims. Empirical studies, measurement instruments, and field applications are in preparation and will be released in subsequent linked records.Version 2.02: Programme Consolidation Update: This version consolidates the manuscript within the unified Coherence Programme structure.Titles, terminology, and internal cross-references have been harmonised across the series to stabilise the programme’s core constructs: Translation Drift (mechanism) Translation Coherence (metric) Interpretive Maintenance (governance function) Distributed Coherence (theoretical integration) No changes have been made to the formal architecture, boundary conditions, methodological logic, or theoretical claims.The update improves cross-paper traceability, indexing consistency, and conceptual coherence across the programme.Version 2.03: Terminology harmonisation and minor structural refinements to improve consistency across the Coherence Programme. No changes to the theoretical framework, constructs, or research design.Version 2.04: Minor conceptual clarifications, consistency improvements, reviewer-informed refinements, and editorial updates across the programme.

Fields of Study & Subjects

Management and Organizational Studies Qualitative Comparative Analysis Research Public Policy and Administration Research

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
3 February 2026
Language
EN
Document type
Preprint