Company
Through advanced semiconductor manufacturing
Led by industry veterans including Nobel laureate, we bring together deep physics, systems engineering, and semiconductor partnerships.
Brings extensive experience as former Head of Product at Google Quantum AI, where he led product efforts behind thequantum supremacy experiment.
Distinguished physicist and 2025 Nobellaureate in Physics recognized forpioneering superconducting qubits andadvancing scalable quantum systems.
UW–Madison professor and leading physicist advancing superconducting qubits, quantum measurement, and scalable quantum computing systems.
Renowned physicist recognized
for pioneering qubit readout and control techniques and designing efficient quantum circuits.
We apply advanced semiconductor fabrication and integration to solve scaling bottlenecks—reproducible qubit yield and component integration.
Qolab developed a semiconductor-compatible window-junction process that replaces lift-off fabrication with subtractive etching, creating atomically clean interfaces. Designed for 300 mm semiconductor tools, the process enables reproducible, high-yield superconducting qubit fabrication across full wafers.
By adapting wafer-scale integration and advanced semiconductor packaging, Qolab bonds qubit and wiring wafers into modular tiles. Integrated cryogenic interconnects, filters, and amplifiers reduce discrete components and enable dense, scalable quantum processor architectures.
Qolab partners with leading semiconductor companies, government programs, and research institutions to adapt advanced fabrication technologies for superconducting quantum hardware.
Qolab Start is Qolab’s first deployable superconducting QPU platform for reliable hardware research and workforce development, available on-premise or via cloud access.
Engineered for stable, high-fidelity experiments with carefully designed packaging, wiring, filtering, and shielding—so researchers can trust their data from day one.
Processors and resonators fabricated and characterized in-house by Qolab, providing researchers with a reliable benchmark for validating system performance.
Direct access to microwave and flux pulses enables real-time qubit manipulation, calibration workflows, and advanced quantum control experiments.
Load and switch between up to six devices in a single cooldown—enabling parallel research, benchmarking, and education on shared infrastructure.
Work alongside world-leading quantum scientists and semiconductor partners, with access to state-of-the-art fabrication tools.