A £225 million supercomputer powered by artificial intelligence (AI) is being utilized to develop new drugs and vaccines. The Isambard-AI computer, located in Bristol, is slated to become the UK's most potent supercomputer when it becomes fully operational this summer.
During an interview with BBC Radio Bristol, Professor McIntosh-Smith stated, "We've already got a part of the system up and running; people are already using it to research new drugs and vaccines for various medical conditions." The team is currently focusing on developing vaccines for Alzheimer's, dementia, heart disease, emphysema, and various cancers.
The technology is also aiding researchers in significantly improving the detection of melanoma, a type of skin cancer, across diverse skin tones. Professor McIntosh-Smith highlighted that the supercomputer is capable of performing tasks that would otherwise be impractical for humans due to its immense computational capabilities.
Artificial intelligence's role in creating vaccines and drugs was further explained by Professor McKintosh-Smith. He noted that AI models can now simulate the behavior of drugs at a molecular level within the body, targeting specific proteins and altering their functions.
By utilizing databases of millions of potential drugs, Isambard-AI conducts virtual testing in the early stages, expediting the identification of promising compounds for further exploration. This methodology eliminates the need for exhaustive physical experimentation and accelerates the drug discovery process.
Professor McIntosh-Smith emphasized the transformative impact of Isambard-AI, potentially saving millions of lives through groundbreaking medical advancements. He also pointed out the broader societal benefits of AI, as recognized by the prime minister's recent statements regarding the technology's potential to enhance public services in the UK.
Furthermore, the energy-efficient design of Isambard-AI presents an unexpected advantage. Professor McIntosh-Smith revealed plans to utilize the waste energy produced by the supercomputer to heat nearby homes and businesses, showcasing a sustainable approach to technology implementation.