Quantum Computing and Customary Law: Modeling Conflict Resolution Mechanisms from African Traditional Justice Systems

Abstract

This research explores the intersection of quantum computing principles and African customary law systems, proposing a novel computational framework for conflict resolution modeling. African traditional justice systems, characterized by their emphasis on restorative justice, community participation, and holistic problem-solving, offer valuable insights for developing quantum-based dispute resolution algorithms. The study examines how quantum computing concepts such as superposition, entanglement, and quantum annealing can be applied to model the multi-dimensional, context-dependent nature of customary conflict resolution. By analyzing traditional mechanisms from various African societies including Ubuntu justice philosophy, Gacaca courts, and palaver tree systems, this paper develops a theoretical framework that bridges indigenous knowledge systems with cutting-edge computational technology. The research contributes to both quantum computing applications and alternative dispute resolution methodologies, offering implications for decentralized justice systems, artificial intelligence ethics, and cross-cultural legal informatics.