Keysight, A*STAR, NUS CQT, and NTU Singapore Collaboration Advances Quantum Qubit Design and Control
Case Studies
Keysight is collaborating with Singapore research institutions to advance capabilities in quantum computing through a five-year Master Research Collaboration Agreement.
The scope of the agreement covers the design, measurement, and control of qubits. The collaboration covers targeted initiatives in qubit design, measurement, and control, with a focus on quantum processor chip development. The collaboration focuses on challenges in quantum processor chip design and control, including scalability, connectivity, and architectural flexibility. Keysight technologies involved in the work include Quantum Control Systems, QuantumPro, and measurement hardware for quantum control, design, fabrication characterization, and cryogenic measurement.
Quantum computing research depends on continued progress in how qubits are designed, measured, and controlled. As quantum processor chips become more complex, research teams must address technical challenges related to scalability, connectivity, and architectural flexibility.
Design is also a critical part of the challenge. Scalable and modular quantum chip designs require electronic design automation and integration tools that can support superconducting qubit workflows. Researchers working on these systems need capabilities that connect circuit analysis, layout, electromagnetic simulation, and quantum parameter extraction.
Through this collaboration, Keysight and Singapore’s quantum research institutions are focusing on the design, measurement, and control capabilities needed to support quantum processor chip research.