A research team from King’s College London has become the first academic group in the UK to gain access to Google’s highly advanced new quantum computer chip, named “Willow.” The opportunity is part of a joint initiative launched last year by Google Quantum AI and the National Quantum Computing Centre (NQCC), Britain's national quantum laboratory, which invited top UK scientists to pitch projects for the chance to work with the cutting-edge hardware, according to BBC.
Quantum computers operate on the laws of quantum mechanics, and they they process information fundamentally differently than everyday tech. Quantum computers can theoretically solve complex problems that are entirely impossible for traditional computers.
To put Willow's power into perspective, Google claims the chip can solve a specific theoretical math problem in just five minutes. For the world's current fastest supercomputer to finish that exact same task, it would take 10 septillion years – that is a 10 followed by 24 zeros.
Why this matters for the real world
While these numbers sound like science fiction, the King’s College London team plans to use this extreme processing power to tackle real-world challenges. According to Dr. Eleanor Crane, who is co-leading the research team alongside Dr. Alexander Schuckert from ENS Paris, using Willow will “light a torch” for studying the building blocks of life.
Currently, standard supercomputers fail when trying to simulate how multiple fundamental particles interact in nature.
With Willow, the team hopes to model natural systems, like photosynthesis (how plants turn sunlight into energy), and answer questions that have eluded scientists for generations.
According to Dr. Crane, unlocking these secrets could completely transform everyday society by helping scientists not only create significantly better, more efficient solar cells but also build power grids that transport electricity with almost zero wasted energy, and even discover brand-new life-saving drugs for previously untreatable diseases.
While much of the quantum field remains experimental, Google says Willow represents a huge leap forward, proving that large-scale, genuinely useful quantum computers are finally within reach. Crane said in the UK, Europe, the US, China, and elsewhere, there have been "huge developments" in this direction.