3180: Revolutionizing Quantum Computing with High-Precision Fiber Optics

In today’s episode, I’m joined by Marco Fattori, CTO and co-founder of MicroAlign, to explore a groundbreaking innovation in fiber optics that could reshape quantum computing, data centers, AI, and space communication. The foundation of MicroAlign’s technology was laid during Marco’s Ph.D. research at Eindhoven University of Technology, where he tackled one of the biggest challenges in photonics—achieving ultra-efficient fiber-to-chip connectivity. With quantum computing advancing rapidly, every photon counts. Traditional fiber alignment methods struggle with precision, but MicroAlign’s micro-actuator technology achieves 100-nanometer accuracy, vastly improving photon transmission efficiency. This advancement is critical for quantum computers, where precise photon management directly impacts computational power and scalability. But the implications go far beyond quantum computing. We discuss how this technology can revolutionize data centers by supporting co-packaged optics, improve AI processing efficiency, and enable high-speed, low-loss communication in space applications. Marco also shares the challenges of scaling production to meet industry demands and what the future holds for fiber connectivity in photonics. Could this innovation set a new standard for fiber optic connections across multiple industries? And what are the next big breakthroughs we can expect in photonic computing? Join us as we explore the cutting-edge world of photonics and its transformative potential. As always, I’d love to hear your thoughts—do you think fiber optic precision will be a game-changer for quantum computing and AI?