Keysight Technologies has entered into a five-year Master Research Collaboration Agreement with Singapore’s leading quantum research institutions to advance the design, measurement, and control of qubits, a foundational element of quantum computing systems. The agreement brings together Keysight with the Agency for Science, Technology and Research (A*STAR), the National University of Singapore (NUS) through the Centre for Quantum Technologies (CQT), and Nanyang Technological University, Singapore (NTU Singapore).
Quantum computing is widely viewed as a transformative technology with potential applications across materials science, cryptography, drug discovery, and complex optimization problems. However, the field continues to face technical challenges related to scalability, qubit connectivity, and architectural flexibility. The new collaboration aims to address these issues by combining academic research expertise with Keysight’s capabilities in electronic design, measurement, and control technologies.
Under the agreement, the partners will focus on advancing quantum processor chip design and improving the precision of qubit control. A key area of work will involve integrating Keysight’s Quantum Control Systems to execute accurate algorithms on emerging processor architectures that feature more flexible gate designs. These systems are expected to support experiments that require precise timing, synchronization, and signal fidelity—critical requirements for reliable quantum operations.
Another major component of the collaboration centers on characterizing qubit fabrication processes and enhancing cryogenic measurement techniques. As quantum processors typically operate at extremely low temperatures, accurate measurement and characterization at cryogenic levels are essential. Keysight’s measurement hardware will be used to support detailed analysis of qubit behavior and performance, helping researchers better understand and optimize fabrication processes.
Keysight will also contribute its experience in electronic design automation. The company has a long history of developing EDA tools for radio frequency and microwave applications, expertise that is increasingly relevant as quantum systems rely on complex high-frequency control and readout electronics. Building on this foundation, Keysight’s QuantumPro quantum circuit design package will be used within the collaboration to support the design and simulation of larger, more scalable quantum processor architectures. Engineers from Keysight are expected to work closely with researchers from universities and national laboratories to address practical challenges in system integration.
The collaboration is positioned to strengthen Singapore’s role in the global quantum technology ecosystem by fostering closer ties between industry and academia. In addition to accelerating technical progress, the initiative is expected to contribute to workforce development by supporting the education and training of future quantum scientists and engineers.
Dr. Eric T. Holland, general manager of Keysight Quantum Engineering Solutions, said the agreement reflects the importance of long-term partnerships in advancing quantum computing. He noted that Singapore’s proactive approach to emerging technologies provides a strong foundation for collaborative efforts aimed at moving quantum computing closer to practical maturity.
