Michael Osei Outlines 2 Quantum Paths for Real-World Use
Updated
Updated · The Quantum Insider · Aug 6
Michael Osei Outlines 2 Quantum Paths for Real-World Use
1 articles · Updated · The Quantum Insider · Aug 6
Summary
Michael Osei’s guest post argues quantum technology should be judged by practical value, not hype, with hybrid classical-quantum systems likely to handle specialized calculations rather than replace everyday computers.
Two applications anchor that case: quantum chemistry for simulating molecules in drug discovery, batteries and materials, and quantum sensing for detecting faint signals with minimal added noise.
Osei links that applied focus to his physics background in cosmology and quantum mechanics, saying the same mathematical foundations behind early-universe research can inform new computing approaches.
Canada already has growing momentum in quantum research, startups and investment, and Osei says the field will need cross-disciplinary talent grounded in mathematics—especially linear algebra—to turn lab advances into usable tools.