Science and Innovation: Alan Turing Institute Debate
Full Debate: Read Full DebateBaroness Blackwood of North Oxford
Main Page: Baroness Blackwood of North Oxford (Conservative - Life peer)Department Debates - View all Baroness Blackwood of North Oxford's debates with the Department for Science, Innovation & Technology
(1 day, 20 hours ago)
Lords ChamberI thank the noble Lord. The Alan Turing Institute is indeed an independent charity, but it receives funding from the Government. Indeed, from 2024-29 it will receive £20 million a year of core funding, which is higher than the previous period, so more money is going into the institute. With that contribution, and, indeed, the contribution that comes from UKRI, there is a clear responsibility for government to ensure that this is run well and that it does indeed deliver on the changes. I met the leaders of the Alan Turing Institute this week and visited it very recently to look at some of the programmes. We will keep an eye on the progress towards this Turing 2.0 programme for transition and, indeed, the very important work that goes on, especially in defence and security.
My Lords, I declare my interest as a former trustee of the Alan Turing Institute. Bearing in mind the outline that the Minister gave of the Turing 2.0 strategy, does he agree that the Turing could have a pivotal role in readying our public servants, but also our regulators, for the upcoming benefits of AI, and in optimising the use of AI for greater effectiveness and readiness?
The Alan Turing Institute now has four main themes—health, environment, defence and security, and fundamental AI—but it also has the Centre for Emerging Technology and Security and the AI Standards Hub. It will continue to be a beacon for some of these areas. It is working closely with government on some of the issues that will then lead to greater adoption in the public sector, which is important. The one that has happened most recently is its work on Aardvark Weather, an AI weather forecasting system that is 10 times faster and uses a thousand times less power than conventional approaches.