Call for Chapters: The Social Health Gap in AI Governance: Trust, Legitimacy, and Implementation Risk

Editors

Anastasia Psomiadi, Panteion University, United States
Iris-Panagiota Efthymiou, Regent College London, United Kingdom

Call for Chapters

Proposals Submission Deadline: July 8, 2026
Full Chapters Due: September 9, 2026
Submission Date: September 9, 2026

Introduction

AI governance is no longer only about how AI systems are designed, regulated, audited, or made compliant. It is also about what happens after these systems enter real organizations, institutions, communities, markets, and public-private environments.

AI governance is often discussed through technical performance, legal compliance, ethics, transparency, bias, accountability, data protection, and regulation. These dimensions are essential. However, they do not fully explain one of the most important challenges facing AI adoption today: a technically sound AI system may still fail in practice.

Many AI initiatives struggle not because the model itself is weak, but because the stakeholder environment is not ready to receive, interpret, trust, legitimize, or act upon the system’s outputs. Technology teams may see efficiency and innovation. Employees may see surveillance, displacement, or loss of professional judgment. Communities may see exclusion, institutional control, or a lack of voice. Executives may hesitate because accountability is unclear. Regulators, vendors, users, and affected communities may define risk, value, responsibility, and legitimacy in different ways.

These dynamics create what this volume identifies as the AI governance execution gap: the space between AI system design and real-world implementation.

The Social Health Gap in AI Governance: Trust, Legitimacy, and Implementation Risk examines this missing layer. The volume introduces Social Health not as a general measure of institutional well-being, but as a governance-relevant condition: the quality of the relationships, trust structures, shared meanings, and decision conditions among the stakeholders of an AI system.

Just as technical performance helps determine whether an AI system can function, Social Health helps determine whether people and institutions will allow it to function in practice. It concerns the human and institutional environment into which AI is introduced. More specifically, it asks whether stakeholders understand the system, trust the process behind it, recognize its use as legitimate, and feel able to act on its outputs.

In this volume, Social Health is examined through three core dimensions:

Interpretative Alignment
Whether stakeholders share a common understanding of what the AI system is doing, or whether different groups attach conflicting meanings to it. For example, a technical team may see an efficiency tool, while employees may see surveillance, displacement, or loss of professional judgment.

Decision Legitimacy
Whether stakeholders believe that the AI system, and the institution deploying it, has the authority and justification to influence decisions.

Institutional Agency
Whether users, managers, and decision-makers feel professionally, legally, and psychologically able to act upon AI-supported outputs without unclear accountability, liability, or role displacement.

When an AI initiative has strong technical capacity but weak Social Health, the result is an execution gap. The system may be deployed, but it may also be bypassed, resisted, underused, or contested. Employees may avoid using it to protect professional autonomy. Communities may reject it as an illegitimate black box. Executives may hesitate to act on its outputs because responsibility remains unclear.

In this sense, Social Health functions as the social and institutional infrastructure that determines whether AI capability becomes trusted decision-making, coordinated action, and legitimate implementation.

Drawing on social psychology, stakeholder theory, AI governance, public administration, organizational studies, law, ethics, and public-private partnership research, this book examines how AI systems are socially interpreted, accepted, resisted, contested, or institutionalized. It invites theoretical, empirical, and case-based contributions that examine AI governance not only as a technical or regulatory challenge, but as a social and institutional process shaped by meaning, trust, identity, power, responsibility, and legitimacy.

Contributors are encouraged to explore how Social Health affects AI governance across sectors, including technology companies, public institutions, healthcare systems, supply chains, sustainability initiatives, education, smart cities, regional innovation ecosystems, international leadership programs, and public-private partnerships. Relevant chapters may examine:

  • Stakeholder trust and decision legitimacy
  • Algorithmic accountability, responsibility, and oversight
  • Institutional resistance and implementation risk
  • Social representations of AI and community acceptance
  • Professional identity, role disruption, and resistance to AI adoption
  • Data governance, privacy, transparency, and stakeholder confidence
  • Public-private AI governance and cross-sector stakeholder alignment
  • Citizen diplomacy, commercial diplomacy, and responsible technology adoption
  • Leadership development, institutional credibility, and stakeholder readiness
  • Local-to-global alignment in AI governance systems
  • By expanding AI governance scholarship beyond dominant technical, legal, and ethical frames, this volume aims to help researchers, policymakers, technology leaders, civic actors, and institutional decision-makers better understand why AI systems succeed, stall, or fail after they enter real stakeholder environments. Its central contribution is to position Social Health as a missing governance layer that shapes whether AI can move from system capability to trusted institutional action.

    Objective

    What This Book Intends to Accomplish This volume advances AI governance research by addressing the critical gap between theoretical governance frameworks and real-world implementation. While existing scholarship has made vital contributions in ethics, regulation, accountability, and technical risk, it does not fully explain how AI systems are interpreted, trusted, resisted, or acted upon once they enter complex organizational and public-private systems.

    The book’s primary objective is to diagnose the AI governance execution gap: the critical space between system design and institutional implementation. It develops Social Health as a governance-relevant diagnostic lens for understanding how stakeholder alignment, trust, legitimacy, accountability, and institutional agency shape whether AI systems become accepted and actionable in practice.

    How It Will Add to and Further Current Research The book extends current AI governance research by shifting attention from system design alone to implementation risk. It contributes to the field in four specific ways:

    1. Advancing a Socio-Relational Perspective on AI Governance Drawing on Social Representations Theory and Social Identity Theory, the volume provides researchers with a rigorous vocabulary to examine how AI systems become meaningful, trusted, contested, or actively resisted within human and institutional networks.

    2. Diagnosing the AI Governance Execution Gap The book moves beyond technical post-deployment analysis to examine why technically sound AI systems stall, face bypass, or fail. It maps trust gaps, conflicting interpretations, professional identity threats, unclear accountability, and weak stakeholder alignment.

    3. Bridging Public, Private, and Cross-Sector Contexts This volume bridges disciplinary and sectoral boundaries by bringing together theoretical, empirical, and case-based contributions across diverse environments, including technology companies, public institutions, healthcare, supply chains, smart cities, regional innovation ecosystems, and international leadership programs.

    4. Operationalizing Trust, Legitimacy, and Accountability The book treats trust, legitimacy, and stakeholder alignment not as abstract principles, but as measurable governance conditions. It examines how these conditions determine whether AI systems can be adopted, governed, questioned, and acted upon, supporting future research on how systems move from technical capability to trusted institutional use.

    Target Audience

    This volume is designed for a dual audience: the academic community advancing AI governance research, and the institutional, private-sector, and civic leaders responsible for implementing AI systems in real-world environments. Its value lies in bridging rigorous research with the practical realities of stakeholder trust, legitimacy, accountability, and implementation risk.

    Primary Audience: Academic and Research Communities

  • University professors, researchers, and graduate students seeking to expand AI governance scholarship through social psychology, stakeholder theory, implementation research, and public-private governance.
  • Secondary Audience: Executive Leaders and Applied Practitioners

  • Technology company executives, AI vendors, startup founders, and corporate legal/risk counsel seeking to understand why AI products face stakeholder resistance, legal uncertainty, or implementation barriers.
  • Presidents of organizations, civic leaders, and institutional decision-makers responsible for managing trust, accountability, and decision legitimacy when adopting AI-supported systems.
  • Administrators and operational leaders in healthcare, supply chains, smart cities, education, and sustainability programs who must navigate the friction of AI deployment across decentralized or risk-sensitive environments.
  • Sustainability, ESG, and governance practitioners responsible for integrating stakeholder engagement and institutional legitimacy into corporate AI strategies.
  • Ecosystem Builders, Civic Leaders, and Innovation Networks

  • Regional innovation ecosystem leaders, incubators, and economic development actors seeking cross-sector models for responsible technology growth and stakeholder alignment.
  • Public-private partnership actors working in decentralized environments where trust, shared meaning, and coordinated action are essential to implementation.
  • Policy leaders, public administrators, and commercial diplomacy professionals working on technology adoption, institutional credibility, and responsible innovation across cultural and organizational contexts.
  • .

    Recommended Topics

    I. The Execution Gap and Social Health Core Concepts
    • Social Health as a missing governance layer in AI systems
    • The AI governance execution gap between technical design and real-world implementation
    • Stakeholder trust, institutional legitimacy, and implementation risk in AI adoption
    • Stakeholder alignment as a condition for responsible AI governance
    • Decision legitimacy in AI-supported institutional and organizational systems

    II. The Mechanics of Stakeholder Breakdown
    • Social representations of AI across different stakeholder groups
    • Social Identity Theory, professional identity, and resistance to AI adoption
    • Community acceptance, public trust, and resistance to AI-supported decisions
    • Trust gaps between technology companies, institutions, communities, users, and policymakers
    • Algorithmic accountability, responsibility, and oversight across stakeholder systems
    • Data governance, privacy, transparency, explainability, and stakeholder confidence

    III. Ecosystems, Sectors, and Diplomacy
    • Regional innovation ecosystems and the Social Health of AI adoption
    • Public-private-academic-civic collaboration in AI governance
    • Technology companies, AI vendors, startups, and responsible deployment practices
    • Corporate AI governance, compliance, legal risk, and stakeholder responsibility
    • Governance responsibility across AI developers, vendors, adopters, regulators, users, and affected communities
    • AI governance in smart cities, healthcare, education, supply chains, sustainability, climate systems, and food distribution
    • Citizen diplomacy, commercial diplomacy, international exchange, and responsible technology adoption

    IV. Diagnostic Frameworks and Implementation Models
    • Public-private partnerships for responsible AI implementation
    • Partnership readiness in AI-driven institutional and innovation ecosystems
    • The PPP Ladder as a stakeholder-centered model for scaling AI governance across local, regional, national, and policy levels
    • The APSON Protocol™ as a diagnostic system for Social Health, stakeholder alignment, partnership readiness, and implementation risk in AI governance
    • Case studies of AI implementation success, delay, resistance, or failure across public, private, academic, civic, and community contexts

    Submission Procedure

    Researchers and practitioners are invited to submit on or before July 8, 2026, a chapter proposal of 1,000 to 2,000 words clearly explaining the mission and concerns of his or her proposed chapter..Full chapters of a minimum of 10,000 words (word count includes references and related readings) are expected to be submitted by September 9, 2026, and all interested authors must consult the guidelines for manuscript submissions at https://www.igi-global.com/publish/contributor-resources/before-you-write/ prior to submission. All submitted chapters will be reviewed on a double-anonymized review basis. Contributors may also be requested to serve as reviewers for this project.

    Note: There are no submission or acceptance fees for manuscripts submitted to this book publication, The Social Health Gap in AI Governance: Trust, Legitimacy, and Implementation Risk. All manuscripts are accepted based on a double-anonymized peer review editorial process.

    All proposals should be submitted through the eEditorial Discovery® online submission manager.

    Publisher

    This book is scheduled to be published by IGI Global Scientific Publishing, an international academic publisher of the "Information Science Reference", "Medical Information Science Reference", "Business Science Reference", and "Engineering Science Reference" imprints. IGI Global Scientific Publishing specializes in publishing reference books, scholarly journals, and electronic databases featuring academic research on a variety of innovative topic areas including, but not limited to, education, social science, medicine and healthcare, business and management, information science and technology, engineering, public administration, library and information science, media and communication studies, and environmental science. For additional information regarding the publisher, please visit https://www.igi-global.com. This publication is anticipated to be released in 2027.

    Indexing Information for Prospective Authors

    IGI Global Scientific Publishing meets the criteria for inclusion in major indexing services such as Scopus; however, it is important to note that all indexing decisions are made independently by these services. IGI Global Scientific Publishing books are selectively indexed by the indexing organization after publication. Indexing cannot be guaranteed for any book prior to publication, and the indexing organization has complete control over the final selection and timeline.

    Important Dates

    July 7, 2026: Proposal Submission Deadline
    September 9, 2026: Full Chapter Submission
    October 28, 2026: Final Chapter Submission

    Inquiries

    Anastasia Psomiadi
    APSON USA
    anastasia@sotlglobalmovement.com

    Iris-Panagiota Efthymiou
    Regent College London
    irisefthymiou@gmail.com

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