01
Superconducting Devices
Device and characterization research for reliable superconducting circuits at millikelvin temperatures.
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Cryogenic Computing Laboratory
Kyushu University
From devices to
full-stack cryogenic systems
We design, build, and evaluate energy-efficient computing systems that operate at cryogenic temperatures, spanning superconducting devices, architectures, EDA tools, and system integration.
Explore the researchResearch areas
02
Cryogenic Computing Systems
Architectures and algorithms tailored for cryogenic environments, reducing energy, latency, and thermal load.
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03
EDA & Design Automation
Tools and methodologies for the design, verification, and optimization of superconducting computing systems.
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Lab initiatives
Events / Education
01
Conference series
QUEST
An international workshop series initiated and supported by C2Lab in collaboration with a broader organizing committee, connecting quantum information, cryogenic engineering, and superconducting computing.
Quantum, Cryogenic &
Superconductive Computing
02
Education
Computer Systems Foundations
A course companion for students outside computer science, building an accessible path from digital logic to complete computer systems.
Course site / CSF
Explore CSFLatest publications
All publications- 2025 IEICE Transactions on Electronics Design and Implementation of Energy-Efficient Majority-Logic-Based Approximate Adders Using Adiabatic Quantum-Flux-Parametron Technology Publication →
- 2025 IEEE Transactions on Applied Superconductivity Electrostatic Gate-Tunable Josephson Junctions in JoSIM: Modeling, Simulation, and I--V Characterization Publication →
- 2025 Proceedings of the 39th ACM International Conference on Supercomputing Graph Convolutional Network Acceleration Using Adiabatic Superconductor Josephson Devices Publication →