Device-ready superconductors for scalable quantum and energy hardware.
1000x more stable. 560x smaller footprint. 74% lower cost.
SunQuantum uses proprietary non-equilibrium laser processing to create device-ready superconductors beyond conventional limits. We build scalable prototype devices for quantum microwave and high-field fusion systems.
A hard-tech platform for device-ready superconductors.
Our platform combines laser–materials interaction and superconducting device physics to create device-ready superconductors beyond the reach of conventional processing.
Laser nonequilibrium processing
Controlled rapid thermal pathways to access superconducting phases that are difficult to obtain through standard heat treatment.
High-throughput process learning
Fast iteration to connect processing conditions with device-relevant superconducting performance.
Device-ready materials
Materials are developed with device constraints in mind, from films to quantum microwave hardware and fusion-use conductor formats.
Products under development.
SunQuantum starts with device-ready superconducting materials and reference hardware for early technical validation.
Device-ready superconducting films
Wafer-compatible superconducting materials for pilots, testing, and early customer validation.
Reference quantum devices
Custom microwave hardware built on SunQuantum superconducting materials.
High-field wire and tape components
Laser-enabled superconducting conductors for fusion-energy high-field magnets.
Focused first on quantum electronics. Expandable to high-field systems.
Quantum electronics is the first commercial focus. High-field conductors are an adjacent validation and expansion path enabled by the same laser-processing platform.
Quantum electronics
Superconducting materials and prototype microwave components for scalable quantum hardware.
High-field hardware
Conductor components for fusion-energy magnets and adjacent high-field systems where cost, ductility, and performance matter together.
Team.
Deep technical ownership from superconducting materials to devices, paired with commercialization and business development leadership.
Dr. Zeming Sun
Zeming leads SunQuantum’s technology roadmap and prototype validation. He holds a Ph.D. in Electrical Engineering from UVA, completed postdoctoral research in Physics at Cornell, and has foundational training in Materials Science. His expertise bridges superconducting materials, non-equilibrium laser processing, and device physics. Previously, he was a Scientist at Bruker focusing on industrial superconducting technologies.
Dr. Ben Bechand
Ben leads commercialization, partnerships, and early-stage operations. He holds a Ph.D. in Chemistry from Columbia and completed postdoctoral research at Harvard. He combines scientific training with industry business-development experience, driving customer discovery, partnership strategy, and SunQuantum’s path to commercial deployment.
Near-term focus.
SunQuantum is advancing from materials development to prototype-level validation with technical partners.
Build the next generation of superconducting hardware with us.
SunQuantum is engaging technical validation partners, pilot partners, and early-stage backers.