University of Lethbridge researcher Michael Osei shares his perspective on quantum computing, drawing on a background spanning theoretical cosmology, neuroengineering, and quantum technology. He explains how qubits differ from classical bits, why hybrid classical-quantum systems are the near-term reality, and how quantum computing could advance drug discovery, materials science, and energy. Osei also highlights his work on superconducting quantum-limited amplifiers for quantum sensing. He argues that speed alone is insufficient — quantum systems must be assessed on quality, reliability, cost-effectiveness, and real-world usefulness. For newcomers, he recommends grounding in linear algebra and cross-disciplinary thinking as entry points into the field.
