Qubit Engineering
We envision quantum bits as the core language of future computation. Our research spans coherence strategies, dynamic control, and system design across qubit modalities.
Superconducting Research
Superconductivity offers a window into macroscopic quantum states. We study its materials, dynamics, and the principles that may unlock new platforms for quantum devices.
Our Services
We envision a connected quantum future — advancing superconducting technologies while fostering collaboration across disciplines and sectors.
Qubit Architectures Co-Design
We co-develop custom qubit architectures — from flux-tunable devices to hybrid modes — tailored for your platform, purpose, and performance needs.
Quantum Control & Interface
We build and share scalable quantum control strategies — including pulse engineering, parametric amplification, and QND measurements — bridging hardware and software communities.
Quantum Hardware Supplement
We provide supplementary quantum hardware, accessories, and upgrade kits to enhance your experimental setups and accelerate research progress, with comprehensive support available.
Superconducting Exploration
We investigate and share new materials with quantum potential — enabling the next generation of superconducting technologies through open characterization and collaboration.
Quantum & Superconducting Research
We explore the frontiers of quantum computation and superconducting physics, aiming to unlock scalable technologies of the future.