A new algorithm has improved the ability of quantum computers to model new materials and chemicals by a factor of 10. That’s according to its developer, UK startup Phasecraft. The Bristol- and London-based company describes the breakthrough as the largest single leap in quantum simulations to date — moving us a step closer to real-world quantum applications. Quantum computers improve on classical simulations by accurately modelling complex quantum behaviours — like the ever-changing interactions between molecules or the evolution of materials over time — that are too difficult for classical computers to simulate efficiently. This could lead to technological leaps…This story continues at The Next Web [...]
Enabled by the introduction of its Willow quantum chip last year, Google today claims it's conducted breakthrough research that confirms it can create real-world applications for quantum computer [...]
The Royal Swedish Academy of Sciences has awarded Google's Chief Scientist of Quantum Hardware the Nobel Prize in Physics alongside former Google employee John Martinis, and University of Califor [...]
Lowering the cost of inference is typically a combination of hardware and software. A new analysis released Thursday by Nvidia details how four leading inference providers are reporting 4x to 10x redu [...]
Irish startup Equal1 has unveiled the world’s first quantum computer that runs on a hybrid quantum-classical silicon chip. Dubbed Bell-1 — after quantum physicist John Stewart Bell — the compu [...]
Quantum professionals around the world overwhelmingly agree that quantum utility will arrive within the next decade, according to a new survey by Economist Impact. Quantum utility refers to the point [...]
Web infrastructure giant Cloudlflare is seeking to transform the way enterprises deploy AI agents with the open beta release of Dynamic Workers, a new lightweight, isolate-based sandboxing system that [...]