Alberto Gómez Saiz, Principal IC Engineer at Quantum Motion, has been awarded a prestigious Industrial Fellowship by the Royal Commission for the Exhibition of 1851 to research the integration of quantum components into traditional microchip technology. This fellowship will enable Saiz to explore how to leverage the quantum properties of electronic components in traditional integrated circuit design, with PhD support from Imperial College London.
Quantum Motion’s Chief Technology Officer and co-founder, John Morton, expressed excitement about the project, which aims to drive real progress toward creating a scalable quantum computer. The Royal Commission’s Industrial Fellowship provides funding of up to £125,000 for up to three years of research, covering salary contributions, university fees, and doctoral study costs. This intersection of academia and industry is expected to foster innovative technologies with real-world impact, further solidifying the UK’s position as a world leader in science and engineering.
Bridging the Gap between Academia and Industry: The Royal Commission’s Industrial Fellowship
The Royal Commission for the Exhibition of 1851 has awarded a prestigious Industrial Fellowship to Alberto Gómez Saiz, Principal IC Engineer at Quantum Motion. This fellowship aims to bridge the gap between academia and industry, promoting research with real-world impact. By supporting researchers in conducting studies within their company, with the backing of a university, the program enables the development of innovative technologies that can tackle global challenges.
The Industrial Fellowship provides funding of up to £125,000, covering salary contributions, university fees, and the costs of a fellow’s doctoral studies for up to three years of research. Throughout the program, Fellows are provided with support from industrial and academic supervisors. This unique opportunity allows researchers like Alberto Gómez Saiz to explore cutting-edge topics, such as the integration of quantum components into traditional microchip technology.
Alberto’s fellowship will enable him to delve into the research questions at the heart of this problem, leveraging the strengths of Quantum Motion and Imperial College London in quantum computing and analogue integrated circuit design. This collaboration will drive real progress toward the goal of creating a scalable quantum computer. As John Morton, CTO and co-founder of Quantum Motion, noted, “This fellowship gives Alberto the exciting opportunity to shape a fantastic PhD project that will unlock new research possibilities for his career.”
The Intersection of Academia and Industry: Fostering Innovation
The Royal Commission’s Industrial Fellowship program fosters the development of innovative technologies with real-world impact. By bringing together academia and industry, the program enables early-career scientists and engineers to shape the future. As John Lavery, Secretary at the Royal Commission, stated, “This intersection of academia and industry fosters the development of innovative technologies that will further the UK as a world leader in science and engineering.”
The program’s focus on addressing global challenges in health, manufacturing, and sustainability is particularly noteworthy. By utilizing transformative tools like artificial intelligence, Fellows are developing solutions to pressing problems. The Commission’s investment in these exceptional early-career researchers will have a lasting impact on the scientific community.
Quantum Computing: A New Frontier
Alberto Gómez Saiz’s research project, which focuses on integrating quantum components into traditional microchip technology, is at the forefront of technological innovation. Quantum computing has the potential to revolutionize various fields, from cryptography to optimization problems. By exploring how to leverage the quantum properties of electronic components in traditional integrated circuit design, Alberto’s research may unlock new possibilities for scalable quantum computers.
Quantum Motion, a company at the cutting edge of quantum technology, is well-positioned to support this research. With its expertise in analogue integrated circuit design and quantum computing, the company provides an ideal environment for Alberto to conduct his research. The collaboration with Imperial College London will further enhance the project’s potential impact.
Empowering Early-Career Researchers
The Royal Commission’s Industrial Fellowship program is designed to empower early-career scientists and engineers like Alberto Gómez Saiz. By providing funding and support, the program enables researchers to pursue innovative projects that can have a real-world impact. The opportunity to conduct research within their company, with the backing of a university, allows Fellows to develop their skills and shape their careers.
As Alberto noted, “Being awarded this fellowship is an unique opportunity to explore how to leverage the quantum properties of electronic components in traditional integrated circuit design.” This sentiment is echoed by John Morton, who emphasized the importance of supporting staff in developing their skills through projects at the forefront of technological innovation.
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