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Google claims its new quantum chip, “Willow,” has achieved a groundbreaking feat, performing a calculation in simply 5 minutes that may take the world’s strongest supercomputers ten septillion years. In a Bloomberg interview, Hartmut Neven, VP of Engineering at Google and founding father of Quantum Synthetic Intelligence Lab, highlighted the corporate’s important breakthroughs in quantum computing, together with developments in error correction and computational pace.
Essentially the most placing achievement is a benchmark calculation carried out in simply 5 minutes on the Willow chip. This identical calculation, often called random circuit sampling, would take the world’s strongest supercomputers an estimated ten septillion years – a one adopted by 25 zeros. Whereas this particular benchmark downside is not one encountered in on a regular basis computing, it serves as a essential device for evaluating the efficiency of various quantum processors and demonstrating their huge potential towards classical computer systems.
Neven emphasised the regular progress in quantum computing, stating that Willow “will type the premise to begin doing helpful computations that can allow or remedy issues that humankind has.” He highlighted key purposes in areas the place understanding quantum results is essential, together with drug discovery, nuclear fusion reactor design, and even enhancing batteries for electrical autos. These are all engineering challenges the place, in response to Neven, “quantum processors are simply the device of selection.”
Addressing the hype surrounding generative AI, Neven confused that each AI and quantum computing will likely be transformative applied sciences, with important cross-fertilization between the 2. AI can improve the efficiency of quantum chips, and vice versa. He famous that “there are lots of key computational duties in AI the place a quantum chip will simply be the device of option to deal with these,” suggesting a synergistic future for these highly effective applied sciences.
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