Research area · SDU Microelectronics
Quantum computing harnesses the unique properties of the quantum world to achieve information processing beyond classical limits, yet scaling to thousands of qubits remains a major challenge due to coherence loss, interconnect complexity, and the need for precise control at cryogenic temperatures.
Research focus
A promising solution is to use CMOS chips, containing billions of transistors, as the foundation for scalable quantum systems, with cryo-CMOS controllers operating near the quantum processor at cryogenic temperatures.
Cryo-CMOS circuits
We develop and model cryo-CMOS circuits that function reliably from 30 mK to 77 K.
Scalable quantum systems
CMOS chips containing billions of transistors as the foundation for scalable quantum systems.
Control near the processor
Cryo-CMOS controllers operating near the quantum processor simplify wiring and improve performance.
Key components
The work enables the integration of key components for large-scale quantum computing and sensing applications.
From 30 mK to 77 K
Our work focuses on developing and modelling cryo-CMOS circuits that function reliably from 30 mK to 77 K, for large-scale quantum computing and sensing applications.
Contact
Contact the research area
Professor Farshad Moradi
Head of SDU Microelectronics