Resource Center

Yonatan Cohen is the Co-Founder and Chief Technology Officer of Quantum Machines, leading the development of quantum control technologies that enable scalable, hybrid quantum computing.
He holds a PhD in physics from the Weizmann Institute of Science, with expertise in superconducting qubits and quantum information. Yonatan is the driving force behind innovations like the OPX1000 and Hybrid Processing Unit, and plays a key role in partnerships with industry leaders such as NVIDIA.

Jonathan Reiner is Director of Product Solutions at Quantum Machines, where he translates cutting-edge quantum science into products that meet the needs of a fast-moving industry. He brings a rare arc from academia to product leadership: Jonathan earned his Ph.D. in Condensed Matter Physics at the Weizmann Institute of Science (STM studies of semiconducting nanowires), after an M.Sc. in Physics (SQUID-on-tip, advised by Prof. Eli Zeldov) and a B.Sc. in Physics & Mathematics from the Hebrew University. He then led research as a Post-Doctoral Fellow at UNSW’s Centre for Quantum Computation & Communication Technology under Prof. Michelle Simmons. At QM, Jonathan progressed from Product Manager to Product Team Leader and now Director, driving innovation and customer-centric solutions across the portfolio.

Mike Asker is the Co-Founder of Equal1 Labs, where he is helping pioneer scalable, CMOS-based quantum computing. With a background bridging semiconductor technology and system integration, Mike focuses on developing compact, cryo-integrated quantum platforms that bring practical quantum computing closer to reality. At Equal1, he plays a key role in advancing silicon spin qubit architectures designed for real-world deployment and scale.

Dr. Ilai Schwartz is Chief Technology Officer at NVision Imaging Technologies, where he leads the development of quantum technologies based on molecular spin systems. His research spans quantum sensing, spin-photon interfaces, molecular qubits, and quantum networking architectures. He has authored numerous publications in quantum information science and solid-state quantum systems, with a particular focus on developing scalable quantum platforms that combine long coherence times with photonic integration.