UK Research and Innovation (UKRI): Quantum Computing Activities
UK Research and Innovation (UKRI) is a non-departmental public body funded by the UK government. While UKRI doesn't have a single dedicated division solely focused on quantum computation, it plays a crucial role in funding and supporting quantum technologies research across the UK through various initiatives and funding schemes. Its involvement spans multiple areas contributing to the advancement of quantum computing.
UKRI's Role in Quantum Computing:
Continue…UKRI's contribution to quantum computing research manifests in several ways:
Funding through various councils: UKRI is comprised of several research councils, each with its own remit. These councils, such as the Engineering and Physical Sciences Research Council (EPSRC), the Science and Technology Facilities Council (STFC), and Innovate UK, provide funding for individual research projects, large-scale infrastructure development, and collaborative programs related to quantum technologies. This funding supports research across the entire quantum computing stack, from fundamental physics to algorithm development and application-oriented projects.
Strategic funding initiatives: UKRI often announces targeted calls for proposals related to specific areas within quantum technology, reflecting national priorities and strategic goals. These initiatives may focus on specific technological challenges, encourage collaboration between academia and industry, or support the development of national quantum computing infrastructure. Examples include initiatives supporting the development of quantum computers themselves, quantum communication networks, and quantum sensing technologies.
National Quantum Technologies Programme: While not directly a UKRI body, UKRI played a significant role in administering and coordinating funding for the UK's National Quantum Technologies Programme (NQTP). This large-scale government initiative invested substantially in developing quantum technologies across multiple areas, including quantum computing. The legacy and outcomes of the NQTP significantly shape the current landscape of quantum computing research in the UK.
Supporting skills development: UKRI's funding also supports training and education in quantum technologies, ensuring a skilled workforce is available to drive future advancements. This involves funding PhD studentships, postdoctoral positions, and training programs focused on the skills needed in the quantum computing sector.
Indirect involvement:
Beyond direct funding, UKRI's role extends to supporting the overall research ecosystem. This includes fostering collaborations between researchers, enabling knowledge exchange, and promoting innovation. UKRI's activities contribute to the UK's standing as a leading nation in quantum technologies research and development.
In summary: UKRI doesn't operate a dedicated "Quantum Computation" department, but rather facilitates quantum computing research and development through its multifaceted funding mechanisms, strategic initiatives, and coordination of national programmes. Its contributions are vital for the advancement of the field in the United Kingdom.
