رَبَّنَا آتِنَا في الدُّنيَا حسَنَةً وَفي الآخِرَةِ حسَنَةً وَقِنَا عَذَابَ النَّارِ

DETAILED TABLE OF CONTENTS

PREFACE — Why This Book, Why Now, and How to Read It

1. The Question That Started Everything: The Dunyā-Ākhirah Governance Gap and the 21st Century Crisis  ›  2. Where This Framework Came From: The Qurʿānic Supplication as Economic Architecture  ›  3. The Key Insight: Every Complex Problem Has Its Own Ākhirah-Dunyā Dimensional Pair  ›  4. What This Book Contains and What It Does Not  ›  5. How to Read This Book: Five Communities, Five Pathways  ›  6. Acknowledgements

Part One — Intellectual and Historical Foundations

Chapter 1  Introduction to Dynamic Prescriptive Islamic Economics

The Decision Environment, the Qurʿānic Worldview, and the DPIE Architecture

1. The Decision Environment: Why Existing Frameworks Cannot Realise the Dunyā-Ākhirah Vision  ›  1.1 Noise, Blind Spots, Prejudices, Tensions, Trade-offs, and Complexity  ›  2. The Islamic Intellectual Inheritance and Its Prescriptive Gap  ›  2.1 The Foundational Supplication (2:201): Ākhirah and Dunyā as Co-Equal, Non-Substitutable Dimensions  ›  2.2 Maqāṣid al-Sharīʿah as a Proto-NBC Architecture  ›  2.3 The Critical Gap: Neither Fiqh nor Islamic Economics Provides Domain-Specific Dimensional Pairs  ›  3. Central Claims of DPIE  ›  3.1 Claim 1 (Structural): The Universal Ākhirah-Dunyā Axiom Generates Domain-Specific Dual Dimensions  ›  3.2 Claim 2 (Architectural): Islamic AER Is the Epistemological Foundation  ›  3.3 Claim 3 (Epistemological): DPIE Subsumes and Extends Islamic Economic Thought  ›  4. The Book’s Architecture: Thirty-Two Chapters, Five Parts, Each Domain Its Own Dimensional Pair  ›  5. How to Use This Book: The Domain Dimension Navigator  ›  6. Key Terms Introduced in This Chapter  ›  Box 1.1: Quick Reference — Every Domain’s Dimensional Pair (summarising Chapters 12–31)

Chapter 2  From Descriptive to Prescriptive Islamic Economics

The Intellectual Foundations of DPIE

1. The Descriptive Tradition in Islamic Economics and Its Structural Limits  ›  2. The Intellectual Arc: From Equilibrium to the Qurʿānic Two-Dimensional Vision  ›  Table 2.1: The Walras-to-DPIE Arc — Paradigm, Period, Contribution, Islamic Engagement, Unfinished Project  ›  3. The Prescriptive Turn: What It Means — From Fatwā to Dynamic Governance  ›  4. The Four Structural Gaps in Prescriptive Islamic Economics  ›  4.1 No Domain-Specific Dimensional Pairs for Governance  ›  4.2 No Objective Measurement of Distance from the Wasaṭiyyah Ideal  ›  4.3 No Structured STO Transformation Pathway  ›  4.4 No Epistemological Grounding for Prescriptive Authority Beyond Fiqh  ›  5. The Bridge to Dynamic Prescriptive Islamic Economics  ›  6. Key Terms Introduced in This Chapter

Chapter 3  From Prescriptive to Dynamic Prescriptive Islamic Economics

The Universal Axiom, Domain Instantiation, and the Ten Integrated Principles

1. The Problem DPIE Is Designed to Solve  ›  2. The Two Foundational Qurʿānic Axioms  ›  2.1 Axiom I — Irreducible Duality: Two Dimensions in Every Domain, Always Non-Substitutable  ›  2.2 Axiom II — Non-Substitutability: Mīzān as the Prohibition of Dimensional Collapse in Any Domain  ›  3. The NBC Geometry: Universal Structure, Domain-Specific Content  ›  3.1 The Universal Coordinate Space: x_D and y_D for Any Domain D  ›  3.2 The Universal Ideal Vector v* = (1,1): Wasaṭiyyah in Every Domain  ›  3.3 The Universal Worst Vector v° = (−1,−1): The Qārūn Catastrophe in Every Domain  ›  3.4 The d-Gap: Domain-Specific Wasaṭiyyah Distance Metric  ›  3.5 Domain Pairs Can Be Layered: Multi-Domain NBC Systems (Firm + Finance + Policy)  ›  4. The Four Quadrants: Universal Names, Domain-Specific Content  ›  4.1 Q1 (1,1) — Wasaṭiyyah / Falāḥ  ›  4.2 Q2 (−x,+y) — Utilitarian Excess / Ākhirah Sacrifice  ›  4.3 Q3 (−x,−y) — Qārūn Catastrophe / Fasād  ›  4.4 Q4 (+x,−y) — Ascetic Trap / Dunyā Neglect  ›  5. The Ten Islamic Governance Principles: An Integrated Architecture  ›  6. DPIE in Operation: The Governance Protocol  ›  7. Key Terms Formally Defined  ›  Figure 3.1: The Universal DPIE NBC Geometry — Wasaṭiyyah and Qārūn as Invariant Poles  ›  Table 3.1: Quadrant Characterisation Across All Domains

Part Two — The DPIE Formal Architecture

Chapter 4  The Qurʿānic Ontological Foundation

Why Every Governance Domain Has Two Irreducible Dimensions: The Universal Instantiation Theorem

4.1 The Inadequacy of Single-Axis Decision Ontologies Across All Domains  ›  4.2 The Formal Statement of the Axiom of Irreducible Duality  ›  4.2.1 The Qurʿānic Warrant — Supplication 2:201 as Ontological Claim  ›  4.2.2 What Makes x_D and y_D Non-Isomorphic in Any Domain  ›  4.2.3 The Universal Instantiation Theorem: Every Complex Governance Domain Has a Unique (x_D, y_D) Pair  ›  4.2.4 The Coupling Condition: Mīzān Requires That Both Dimensions Be Governed Together  ›  4.3 Historical Witnesses: The Cross-Civilisational Record of Two-Dimensional Governance  ›  4.4 The Three Structural Invariants of Complex Islamic Social Systems  ›  4.5 The Rubric Architecture: From the Universal Axiom to Domain-Specific Measurable Indicators  ›  4.5.1 How Each Domain Derives Its x_D Rubrics (Ākhirah Instantiation)  ›  4.5.2 How Each Domain Derives Its y_D Rubrics (Dunyā Instantiation)  ›  4.5.3 Normalisation Protocol and the τ-Index  ›  4.5.4 The AER Pre-Commitment Protocol  ›  4.6 Existing Frameworks as Single-Dimension Special Cases  ›  4.7 Falsifiability Conditions  ›  4.8 Key Terms and Glossary

Chapter 5  The Dynamic Propositions

Epistemic Lag, Bounded Stability, and the Nash-DPIE Equilibrium at Wasaṭiyyah

5.1 From Universal Axiom to Domain-Specific Dynamics  ›  5.2 The Proposition of Epistemic Lag: Applied Across All Domain Dimensional Pairs  ›  5.3 The Proposition of Bounded Stability: The Sunnah of Governance Thresholds  ›  5.4 The Nash-DPIE Equilibrium: Wasaṭiyyah as Stable Attractor in Any Domain  ›  5.5 Empirical Verification: Islamic Governance Episodes

Chapter 6  The NBC Space: A Formal Geometry of Islamic Governance

Coordinates, Quadrants, Trajectories — Universal Structure, Domain-Specific Content

6.1 Why Governance Needs a Geometry: Diagnosis, Prediction, Prescription  ›  6.2 The Formal NBC Space: Universal Structure  ›  6.2.1 The Space and Its Domain-Specific Coordinates (x_D, y_D)  ›  6.2.2 The Invariant Ideal Vector v* = (1,1): Wasaṭiyyah Across All Domains  ›  6.2.3 The d-Gap and τ-Index: Domain-Portable Wasaṭiyyah Metrics  ›  6.3 The Four Quadrant Topology: Universal Characterisation  ›  6.4 Trajectory Analysis: Tazkiyah Pathways Across Domain Landscapes  ›  6.5 Multi-Domain NBC: When Governance Involves Coupled Dimensional Pairs  ›  6.5.1 Micro-Macro Coupling: Firm Dimensions Embedded in National Dimensions  ›  6.5.2 Cross-Domain Interaction: Energy-Finance-AI Governance Interdependences  ›  6.6 STO Interventions as Vectors in the NBC Space

Chapter 7  Islamic Accumulated Epistemic Rationality (AER): The Epistemic Engine

The AER Protocol and Its Application Across All Domain Dimensional Pairs

7.1 The Need for an Epistemic Engine in Every Domain  ›  7.2 The Confirmation Bias Problem: Domain-Specific Weight Manipulation  ›  7.3 The Islamic AER Protocol: The Two-Stage Epistemic Firewall  ›  7.4 The Cross-Civilisational Reference Set: What Survived the Epistemic Test of History  ›  7.5 AER Applied Domain by Domain: Why Each Domain’s Dimensions Need Their Own Pre-Commitment  ›  7.6 The Epistemic Consistency Audit  ›  7.7 The Weight Revision Protocol: Ijtihād as Permissible AER Revision

Chapter 8  Tayyib Transformation Taxonomy

Substitution, Transformation, and Offset — Applied to Every Domain’s Dimensional Pair

8.1 The τ-Driven Prescription Rule > 8.1.1 PAR Requirements > 8.1.2 Prescription Ordering > 8.1.3 τ-Bands and Deficit Shares > 8.1.4 The τ-Driven Prescription Rule (Formal Statement) > 8.2 The STO Completeness Classification > 8.3 The O-Deployment Gate > 8.4 The Four Quadrant Protocols > 8.4.1 Q1 Wasatiyyah (Regenerative Equilibrium) > 8.4.2 Q4 Moralistic Configuration > 8.4.3 Q2 Greenwashing Configuration > 8.4.4 Q3 Fasād/Qārūn Configuration > 8.5 Sequencing Principles for STO Deployment > 8.5.1 The Four Sequencing Principles > Appendix 8A STO Tazkiyah Protocol Quick Reference > Appendix 8C Generic Business and Circular-ESG Applications

Chapter 9  Islamic Governance Failure Mode Taxonomy

The Four Quadrant Pathologies — Universal Architecture, Domain-Specific Manifestations

9.1 The NBC Failure Geography: Domain-Invariant Quadrant Logic  ›  9.2 Failure Mode I — Q2 (−x,+y): Ākhirah Dimension Sacrificed for Dunyā Dimension  ›  9.3 Failure Mode II — Q4 (+x,−y): Dunyā Dimension Sacrificed for Ākhirah Dimension  ›  9.4 Failure Mode III — Q3 (−x,−y): The Qārūn Catastrophe — Both Dimensions Collapsed  ›  9.5 Failure Mode IV — Q1 Drift: Wasaṭiyyah Erosion Under Success  ›  9.6 Integrated Islamic Failure Mode Taxonomy Across Domains  ›  9.7 The STO Decision Matrix  ›  9.8 Inter-Quadrant Transition Dynamics

Chapter 10  Subsumption Proofs: DPIE as the General Theory

Encompassing Fiqh, Islamic Behavioural Economics, Nash Theory, and Ostrom

10.1 Formal Definition of Subsumption  ›  10.2 Subsumption Proof I: Fiqh al-Muʿāmalāt  ›  10.3 Subsumption Proof II: Islamic Finance Standards  ›  10.4 Subsumption Proof III: Islamic Behavioural Economics  ›  10.5 Subsumption Proof IV: Ostrom’s Institutional Analysis and Waqf  ›  10.6 Subsumption Proof V: Nash Game Theory — The Qārūn Nash Trap  ›  10.7 Integrated Subsumption Map and Strengthened Lemmas

Chapter 11  The Synthetic Proof of DPIE Generality

Universality, Subsumption, Falsifiability, and Parsimony

11.1 The Complete DPIE Architecture: Summary  ›  11.2 Universality: The Ākhirah-Dunyā Axiom Applies to Every Governance Domain  ›  11.3 Subsumption: DPIE as General Theory  ›  11.4 Falsifiability: The AER Protocol as Falsifiability Mechanism  ›  11.5 Parsimony: One Supplication, Two Axioms, Unlimited Domain Application

Part Three — DPIE Microeconomics Applications

Chapter 12  The Individual Muslim Decision-Maker

12.1 Deriving the Individual Dimensional Pair from the Universal Axiom  ›  12.2 The Four Individual Failure Modes and the Individual Eudāimonia Map  ›  12.3 Bounded Stability at the Individual Level  ›  12.4 The Individual NBC in Practice: Bayesian Updating for the Structural/Values Distinction  ›  12.5 The Micro-Level Fifth Subsumption  ›  12.6 Policy Translation and Objections

Chapter 13  The Family as a Decision System

13.1 The Family as the Missing Unit in Islamic Economic Theory  ›  13.2 The Family NBC Architecture: Formal Definition  ›  13.3 The Four Family Failure Modes  ›  13.4 The Intergenerational NBC Transmission Theorem  ›  13.5 Four Illustrative Scenarios  ›  13.6 The Family AER Protocol  ›  13.7 Empirical Validation Programme and Connection to Part 3 Architecture  ›  Appendix 13B: Survey Instruments

Chapter 14  The Islamic Firm as Decision System

14.1 The Firm Between Individual and Institution: Financial Legitimacy vs. Maqāṣid Purpose  ›  14.2 The Firm NBC Architecture: The Purpose-Profit Frontier and Rubric Architecture  ›  14.3 The Four Firm Failure Modes  ›  14.4 The Nash-Firm Equilibrium and the Collective Action Problem  ›  14.5 Transition Path Problem: d-Gap to Distress Mechanism  ›  14.6 Four Illustrative Scenarios  ›  14.7 The Firm-Level AER Protocol  ›  14.8 Empirical Validation

Chapter 15  Islamic Institutional Governance

15.1 The Institution as Meso Level: Why the Institution Is Not a Large Firm  ›  15.2 The Institution NBC Architecture: Formal Definition  ›  15.3 The Four Institution Failure Modes  ›  15.4 The Mission Drift Theorem: Four Drift Mechanisms  ›  15.5 Political Economy of Accountability and Differential Drift Rates  ›  15.6 Four Illustrative Scenarios  ›  15.7 The Institutional AER Protocol  ›  15.8 Empirical Validation and Part 3 Synthesis: Complete DPIE Micro Architecture  ›  Appendix 15C: AER Design Principles

Chapter 16  The Islamic Circular-ESG Enterprise

16.1 The Circular-ESG Firm NBC Architecture: Why x = Circularity-Nature  ›  16.2 The Four Business Forms: A Complete Taxonomy  ›  16.3 The Natural Capital Integrated Total Factor Productivity Theorem  ›  16.4 The Nash-Circular Equilibrium  ›  16.5 Four Illustrative Scenarios  ›  16.6 The Circular-ESG AER Protocol  ›  16.7 Empirical Validation  ›  Bridge to Part 4: Micro-Foundations for Macro Governance  ›  Appendix 16B: Shadow Price Estimation Protocol

Part Four — DPIE Macroeconomics Applications

Chapter 17  Islamic Regenerative Humane Development

17.1 From Firm to Country: The Circular-ESG to RHD Transition  ›  17.2 The RHD Objective Function: Quasi-Concavity and Non-Substitutability  ›  17.3 The Civilisational Q2 Trap: The Country-Level Easterlin Paradox  ›  17.4 Sovereign NC-ITFP: National Wealth Accounting for the RHD Framework  ›  17.5 Nash-RHD Equilibrium  ›  17.6 Four OIC Country Scenarios  ›  17.7 The RHD AER Protocol  ›  17.8 Empirical Validation: OIC Country Panel  ›  Bridge to Part 4 Domain Chapters

Chapter 18  Islamic Sustainable Finance

18.1 The Domain Q2 Trap in Islamic Sustainable Finance  ›  18.2 Micro-Level NBC: The Sustainable Islamic Finance Institution  ›  18.3 Macro-Level NBC: National Islamic Finance Systems  ›  18.4 Instrument-Level Diagnosis and Q1 Redesign: Blended Finance, Ṣukūk, Carbon Markets, NC-ITFP Integrity Standard  ›  18.5 The Micro-Macro Interaction: Breaking the Double Q2 Lock  ›  18.6 Contract Neutrality Principle: All Ḥalāl Contracts Are NBC-Neutral at Contract Level  ›  18.7 Four OIC Illustrative Scenarios  ›  18.8 Empirical Validation: IIFM Empirical Grounding  ›  Appendices 18A–18D: Instrument Diagnostic Table, Scenario NBC Rankings, Research Design

Chapter 19  Energy Transition Governance

19.1 The Green-Linear Energy Paradox: Financing the Wrong Transition  ›  19.2 Technology-by-Technology NC-ITFP Analysis  ›  19.3 The Circular Energy Transition (CET) Theorem with Wasaṭiyyah Feasibility Condition  ›  19.4 Why the Green-Linear Paradox Is a Nash Equilibrium  ›  19.5 Micro-Level NBC: The CET Firm  ›  19.6 Macro-Level NBC: National CET Systems  ›  19.7 The CET STO Framework: Technology-by-Technology Prescriptions  ›  19.8 Four OIC Country Scenarios  ›  19.9 The CET AER Protocol  ›  19.10 Retroactive Implication for Chapter 18: Updating Islamic Sustainable Finance Architecture  ›  19.11 Empirical Validation  ›  Appendices 19A–19B

Chapter 20  AI Governance in an Islamic Framework

20.1 The Critical Non-Isomorphism: Civilisational vs Industrial Rationality  ›  20.2 The AI Governance Rubric Architecture  ›  20.3 The Four AI System Configurations: Qārūn AI (Q2) vs System Collapse (Q3)  ›  20.4 The AI Domain Q4 Trap Theorem  ›  20.5 Macro-Level NBC: National AI Governance Systems  ›  20.6 The AI Governance STO Framework: Five Technology Systems  ›  20.7 Four OIC Country Scenarios  ›  20.8 The AI-CET Connection  ›  20.9 The Civilisational AI Governance AER Protocol  ›  20.10 Empirical Validation

Chapter 21  Digitalisation, Inclusion, and the Islamic Digital Dividend

21.1 The Digital Productivity Trap: Islamic Digital Q2 Divergence Theorem  ›  21.2 NBC Architecture: Data Utility and Privacy Protection  ›  21.3 The Digital Dividend Rubric Architecture  ›  21.4 Four Digitalisation Configurations  ›  21.5 The Digital Inclusion Theorem  ›  21.6 Macro-Level NBC: National Digitalisation Systems  ›  21.7 The STO Framework  ›  21.8 Four OIC Country Scenarios  ›  21.9 The Digitalisation AER Protocol  ›  21.10 Empirical Validation

Chapter 22  Islamic Public Governance

22.1 The Meta-Governance Problem: Governance of Islamic Governance  ›  22.2 Washington Consensus as Q2-Generating Architecture  ›  22.3 The Public Governance Q2 Trap Theorem: Efficient States That Maximise Ẓulm  ›  22.4 Q2 Trap Formalised as Nash Equilibrium  ›  22.5 Four Government Governance Configurations (Anonymised Typological A–D)  ›  22.6 AER Evidence: Shūrā, Rule of Law, and Distributive Justice  ›  22.7 Four OIC Country Scenarios  ›  22.8 The STO Framework: Five Islamic Intervention Domains  ›  22.9 The Islamic Wellbeing Governance AER Protocol

Chapter 23  Effective Islamic Policy Coordination

23.1 The Coordination Imperative: Why Existing Frameworks Fail  ›  23.2 De-dollarisation and Interest-Free Monetary Systems as Structural T-Interventions  ›  23.3 Four Islamic Monetary-Fiscal Governance Dynamics  ›  23.4 Contemporary OIC Policy Tensions  ›  23.5 Four OIC Country Scenarios  ›  23.6 The STO Framework and the Islamic Wellbeing Coordination AER Protocol  ›  23.7 The Islamic Coordination Council: Wasaṭiyyah-Oriented Governance Architecture

Chapter 24  Position, Viability, and the Islamic Path to Wasaṭiyyah

24.1 The Architecture of the Islamic Synthesis: Aggregating All Domain Dimensional Pairs  ›  24.2 The Universal Q2 Temporal Arbitrage Theorem: α >> β as the Operator Load-Bearing for Nash Equilibrium Stability  ›  24.3 Domain-by-Domain d-Gap Divergence Analysis  ›  24.4 The Joint d-Gap Policy Architecture: Coordinating Interventions Across Dimensional Pairs  ›  24.5 The Regenerative Islamic Finance Facility  ›  24.6 The Integrated Governance Architecture: From Diagnosis to System-Level Wasaṭiyyah  ›  24.7 The Path to Q1: Sequencing Across All Domain Dimensional Pairs  ›  24.7.1 The J-Curve of Wasaṭiyyah Transition  ›  24.7.2 Which Domain Dimensional Pair to Prioritise First: The Islamic Sequencing Logic  ›  24.8 Bridge to Part Five

Part Five — Synthesis of Islamic Ethics and Practice: Future Economies

Chapter 25  Connections with Islamic and Conventional Economics

The Dunyā-Ākhirah Lens Applied to the Unfinished Projects of Economic Thought

25.1 Introduction: Every Intellectual Tradition Implicitly Privileges One Dimension  ›  25.2 Ten Thinkers, Ten Dimensional Biases  ›  25.2.1 Ibn Khaldūn: Civilisational Decline as Q3 — the Historical Qārūn Pattern  ›  25.2.2 Al-Ghazālī: Maqāṣid as x-Dimension Architecture — Missing the y-Dimension Rubric  ›  25.2.3 Chapra: The Islamic Vision — Ākhirah strong, Dunyā operationalisation weak  ›  25.2.4 Sen: Capability Approach — y-Dimension insight, x-Dimension underspecified  ›  25.2.5 Ostrom: Institutional Analysis — Governance capacity (y), values underspecified (x)  ›  25.2.6 Kahneman: Behavioural Biases — y-Dimension correction tools, AER as x-Dimension  ›  25.2.7 Raworth: Doughnut Economics — closest secular approximation; parallel convergence; primary lineage is the Al-Ghazālī–DPIE Arc  ›  25.2.8 Walras-Keynes-Hayek: Q2 Bias — y-Dimension frameworks without x-Dimension  ›  25.2.9 Schumpeter: Innovation as y-Dimension — missing the x-Dimension governance constraint  ›  25.2.10 Rawls: Justice as x-Dimension — missing the y-Dimension institutional delivery architecture  ›  25.3 Comparative Analysis: The Full Interaction Matrix  ›  25.4 Sharīʿah Arbitrage Nash Equilibrium: The Micro-Mechanism of Q2 Temporal Arbitrage  ›  25.5 DPIE as General Theory: The Subsumption Claim  ›  25.6 Implications for Islamic Economic Theory, Education, and Institutional Design

Chapter 26  Accumulated Epistemic Rationality (AER): The Epistemological Foundation

26.1 AER as the Epistemic Infrastructure of Domain-Specific Dimensional Governance  ›  26.2 Formal Definition and Properties of Islamic AER  ›  26.3 Deriving Islamic AER from the History of Islamic Economic Thought  ›  26.4 Islamic AER in Economic History: Waqf, Zakāh, Muḍārabah as AER Architectures  ›  26.5 AER Applied Domain by Domain: Different Domains Require Different Pre-Commitment Configurations  ›  26.6 Islamic AER Formalised: Repository, Pre-Commitment Protocol, OSV, Conflict Resolution  ›  26.7 The IAERGI: Islamic Accumulated Epistemic Rationality Governance Index — Worked Example  ›  26.8 Conclusion: Why Islamic AER Makes the Two-Dimensional Prescriptive Ambition Operationally Possible

Chapter 27  Open-Source Verifiability and the Future of Islamic Economics

27.1 Deriving the OSV Dimensional Pair from the Universal Axiom  ›  27.2 Islamic OSV: Amānah as Governance Transparency Obligation  ›  27.3 The Ḥisba-AER Architecture: Institutional Structure for OSV Governance  ›  27.4 The Mathematical Necessity of Islamic OSV: OSV = min{T, S, U, E, C}  ›  27.5 Five Islamic Frontier Domains: OSV Applied  ›  27.5.1 Islamic Programmable Money and DeFi Governance  ›  27.5.2 Central Bank Digital Currencies  ›  27.5.3 Islamic Gig Economy and Platform Governance  ›  27.5.4 Islamic Orbit Economy and Khalīfah Obligations in Space  ›  27.5.5 Waqf-Linked Social Impact Bonds and Blended Finance  ›  Institutional benchmark: AAOIFI τ = 0.63  ›  27.6 Conclusion: Transparency as the Infrastructure of Wasaṭiyyah Governance

Chapter 28  The Intergenerational Equity Bridge

28.1 Deriving the Intergenerational Dimensional Pair from the Universal Axiom  ›  28.2 Strategic Opacity as Islamic Governance Failure  ›  28.3 The Sovereign Islamic Infrastructure Stack as a DPIE System: Three Layers (Physical Infrastructure | Natural Capital and Waqf Endowments | Waqf Corpus as Third Long-Duration Regenerative Layer)  ›  28.4 NBC Quadrant Mapping of Islamic Infrastructure Governance  ›  28.5 The Intergenerational Islamic Equity Index (IEI) as a δ-Index  ›  28.6 STO Pathways from Opacity to Verified Sovereignty  ›  28.7 The Grandchildren Test: Ākhirah Dimension Criterion for Governance Decisions  ›  28.8 Empirical Application: IEI for OIC/GCC Panel  ›  28.9 Illustrative Configurations: Anonymised Typological Scenarios  ›  28.9.1a Bosnia and Herzegovina: Waqf Restoration as Q1 Trajectory Case

Chapter 29  Rules vs Purpose: The Synergy of Sharīʿah Law and Islamic Applied Ethics

29.1 Deriving the Law-Ethics Dimensional Pair from the Universal Axiom  ›  29.2 The Quadrant Architecture of Sharīʿah Law-Ethics Relations  ›  29.3 The Tension Across Islamic Legal-Ethical Traditions  ›  29.4 Islamic AER as the Epistemological Bridge Between Fiqh and Maqāṣid  ›  29.5 Classical Uṣūl vs Competitive Uṣūl: Q1/Q4 Border vs Q2 Nash Equilibrium  ›  29.6 STO Pathways to Q1 Wasaṭiyyah Legal-Ethical Governance  ›  29.7 Conclusion: Wasaṭiyyah as the Governance Achievement of Fiqh-Maqāṣid Synthesis

Chapter 30  Islamic Behavioral Economics

30.1 The Behavioral Gap in Islamic Economic Governance >  30.2 The NBC Architecture: AER-Epistemic Rationality and Behavioral-Material Welfare > 30.2.1 The x-Dimension: AER-Grounded Epistemic Rationality, 30.2.2 The y-Dimension: Behavioral-Material Welfare Outcomes 30.2.3 The Behavioral Non-Isomorphism and the Q2 Trap Mechanism > 30.3 The Islamic Behavioral Economics Rubric Architecture > 30.4 The Four Islamic Behavioral Configurations > 30.5 The DPIE-Nash Behavioral Equilibrium > 30.5.1 Khalīfah Rationality: From Self-Interest to Stewardship > 30.5.2 DPE-NE: The Equilibrium Condition Under Islamic AER Constraints > 30.5.3 The α >> β Operator and Temporal Arbitrage Prevention > 30.6 The DPIE-Bayesian Decision Hybrid > > 30.7 The DPIE-Prospect Theory Hybrid > 30.7.1 Islamic Reference Points: Wasaṭiyyah as the Behavioral Baseline > 30.7.2 The Islamic Value Function > 30.7.3 The Islamic Weighting Function > 30.8 The DPIE-Rational Expectations Benchmark>30.9 Systems Dynamics and Robust Optimisation Extensions > 30.9.1 DPIE-Systems Dynamics: Feedback Loops in Behavioral Economics >30.9.2 DPIE-Robust Optimisation: Taqwā-Informed Uncertainty Sets > 30.10 STO Prescriptions: Behavioral Correction Pathways to Q1 > 30.11 Worked Illustration: Amanah Ikhtiar Malaysia (AIM), > 30.11.1 Programme Background > 30.11.2 NBC Scoring > 30.11.3 STO Prescriptions for AIM: Developmental → Regenerative

Chapter 31  The Political Economy of Q1 Islamic Transition

31.1 Deriving the Political Economy Dimensional Pair from the Universal Axiom  ›  31.2 Four Quadrant Configurations of Islamic Governance Reform Trajectories  ›  31.3 STO Pathways to Wasaṭiyyah Transition  ›  31.3.1 From Q2 to Q1: Restoring Maqāṣid Legitimacy to Institutional Capacity  ›  31.3.2 From Q4 to Q1: Building Institutional Capacity to Match Maqāṣid Mandate  ›  31.3.3 From Q3 to Q1: Rebuilding Both Simultaneously — the Hardest Transition  ›  31.4 DPIE’s Own Political Economy Position  ›  31.5 Conclusion: Q1 in Any Domain Requires Q1 in Governance of Governance Itself

Chapter 32  The Islamic Research and Teaching Agenda

Toward a Living Framework: Open Questions on Domain-Specific Dimensional Pair Development

32.1 Introduction: From Universal Axiom to Domain Research Programme  ›  32.2 Honest Accounting: What DPIE Has Established and What Remains Open  ›  32.2.1 Established: The Universal Ākhirah-Dunyā Axiom and Its Domain Instantiations  ›  32.2.2 Remaining: Empirical Validation of Domain-Specific Dimensional Rubrics  ›  32.2.3 Remaining: Mazhab-Sensitive Rubric Design for Domain Pairs  ›  32.3 The Research Programme: Three Tiers  ›  32.3.1 Tier One: Validate Existing Domain Dimensional Pairs Against Empirical Data  ›  32.3.2 Tier Two: Extend to New Domains — Health, Education, Housing, Water, Food Security  ›  32.3.3 Tier Three: Develop Multi-Domain Coupled NBC Systems  ›  32.4 Five Open Qurʿānic Questions  ›  32.4.1 How many domain dimensional pairs are needed for complete civilisational governance?  ›  32.4.2 How do domain pairs interact? Can Q1 in one domain generate Q3 in another?  ›  32.4.3 What is the Maqāṣid-optimal sequencing of domain transitions to Wasaṭiyyah?  ›  32.4.4 Can the d-Gap be aggregated across all domain pairs into a single civilisational Wasaṭiyyah Index?  ›  32.4.5 What is the Islamic theory of domain pair selection — how do we know we have the right x_D and y_D?  ›  32.5 The Islamic Teaching Architecture: Four Levels  ›  32.6 Conclusion: The Ongoing Work of Realising the Supplication in Every Domain of Life

CONCLUSION — Islamic Governance as Civilisational Practice

The Supplication as Architecture: From Qurʿānic Prayer to Universal Governance Framework

1. The Moment This Book Was Written For  ›  2. What Thirty-Two Chapters Have Established  ›  2.1 One Supplication → One Universal Axiom → Unlimited Domain Application  ›  2.2 Parts Three–Four: Twenty Domain-Specific Dimensional Pairs, Each Derived from the Same Source  ›  2.3 Part Five: Islamic Ethics, Practice, and the Research Frontier  ›  3. What the Islamic Framework Cannot Do: Political Will, Practical Wisdom, Certainty, Completeness  ›  4. The Islamic Invitation: Five Communities, Five Roles in the Realisation of the Supplication  ›  5. The Circle Closes: The Supplication, the Axiom, the Framework, and Back to the Supplication

Back Matter

Domain Dimensions Navigator Open with Internet Explorer

A complete quick-reference table of all domain-specific dimensional pairs (x_D, y_D) across all 20 application chapters (12–31)  ›  Islamic derivation, Q1 characterisation, Q3 failure archetype, and primary STO prescription for each domain  ›  Designed as a practitioner reference card for applying DPIE to new governance problems

Integrated Islamic Glossary

130 terms across three tiers  ›  Tier 1 — Core DPIE Architecture (30 terms): Ākhirah-Dunyā Axiom, Wasaṭiyyah, Qārūn Catastrophe, NBC Space, d-Gap, τ-Index, AER, STO, Falāḥ, Fasād, Mīzān, Tazkiyah, Domain Instantiation, and related terms  ›  Tier 2 — Named Islamic Discoveries and Domain-Specific Terms (65 terms)  ›  Tier 3 — Supporting Islamic Concepts and Cross-Civilisational Terms (35 terms)  ›  Alphabetical with Arabic transliterations, Qurʿānic source citations, and chapter cross-references

Question Bank

334 questions across 32 chapters, three tiers per chapter  ›  Tier 1 Conceptual Mastery  ›  Tier 2 Application and Analysis  ›  Tier 3 Synthesis and Original Contribution  ›  Every application chapter (12–31) includes questions testing how each domain’s dimensional pair is derived from the universal Ākhirah-Dunyā axiom  ›  Navigation index by Part included

Bibliography of Recommended Readings

100 annotated entries across 14 thematic sections, including Islamic primary sources  ›  Al-Shāṭibī’s Muvāfaqāt cited in 11 chapters — highest single-source citation frequency — alongside Ostrom (1990)  ›  Each annotation notes the source’s relationship to the universal axiom and its domain-specific instantiation

DPIE AI Disclosure

MS Dynamic Prescriptive Islamic Economics

Exposure draft of a proposed graduate programme in Dynamic Prescriptive Islamic Economics