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About

Abdullah M. Iliyasu is a pioneering researcher at the intersection of quantum computing, affective computing, and robotics, whose work has carved out a distinctive niche in quantum-enhanced emotion modeling for robotic systems. His most influential contribution, "Emotion Space Modelling for Social Robots" (2021, 55 citations), established foundational frameworks for how machines perceive and represent emotional states. Building on this, Iliyasu has advanced the ambitious field of quantum affective computing, proposing that quantum mechanical principles — including superposition, entanglement, and parallelism — can dramatically enrich how robots encode, manipulate, and transition between emotional states. His elegant Bloch Sphere-Based Emotion Space (BSES) model elegantly maps emotions such as happiness, anger, and sadness onto geometric quantum representations, bridging psychology and quantum theory in a genuinely novel way. Complementing this theoretical work, his research on speaker identification using Radon transforms and convolutional neural networks demonstrates a strong applied dimension, particularly for real-world robotic deployment. His 2024 review of quantum robotics signals his continued leadership in this rapidly evolving landscape. With cumulative citations exceeding 140 across diverse contributions, Iliyasu represents a bold interdisciplinary voice shaping the future of emotionally intelligent, quantum-enabled robotics.