AI Transpiler Passes Enable Quantum Volume Breakthrough on IBM Hardware
AI Transpiler Passes Enable Quantum Volume Achievement🚀 Great to see this progress on the quantum hardware side! 🚀
I’m also really proud of our work on the AI transpiler passes that enabled this advancement in quantum volume. When I started working with David Kremer, Ivan Duran Martinez, Hanhee Paik and Ismael Faro on these AI-powered passes, we were motivated to push the limits of transpilation to deliver the best results to our clients.
It’s incredibly rewarding to see how our efforts are making real impact, like what Jay Gambetta has highlighted here.
Thanks to the entire team involved in the AI transpiler passes - Víctor Villar Pascual, Jesús Talavera Gómez, Yaiza García Martín-Mantero, Ayushi Dubal, Sanjay Vishwakarma, and many others - this kind of progress is only possible through all of our effort! 🙌🙌🙌
Context In response to: Jay Gambetta’s post on quantum volume achievements celebrating IBM’s r3 beta QPU (ibm_pittsburgh) achieving quantum volume milestones of 1024 and 2048, utilizing AI-optimized transpilation circuits developed by our team.
Originally shared on LinkedIn on August 27, 2025 - 31 reactions, 0 comments as of 11/12/2025
I research and develop AI-based systems to tackle complex problems in quantum computing and other relevant areas.
My work sits at the intersection of quantum computing, machine learning, and open source. I hold IBM Master Inventor status and have contributed to tools used by millions of developers worldwide.
I have a PhD in Computer Engineering from the University of Salamanca (2018), have authored 80+ publications, and received the 2019 SCIE-BBVA Award for best young researcher in Computer Science in Spain.