Quantum computer systems have the potential to revolutionize drug discovery, materials design and elementary physics — that’s, if we are able to get them to work reliably.
Sure issues, which might take a standard laptop billions of years to resolve, would take a quantum laptop simply hours. Nevertheless, these new processors are extra susceptible to noise than typical ones. If we wish to make quantum computer systems extra dependable, particularly at scale, we have to precisely establish and proper these errors.
In a paper printed at this time in Nature, we introduce AlphaQubit, an AI-based decoder that identifies quantum computing errors with state-of-the-art accuracy. This collaborative work introduced collectively Google DeepMind’s machine studying data and Google Quantum AI’s error correction experience to speed up progress on constructing a dependable quantum laptop.
Precisely figuring out errors is a crucial step in direction of making quantum computer systems able to performing lengthy computations at scale, opening the doorways to scientific breakthroughs and plenty of new areas of discovery.
