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16h agoGoogle showcases 'Quantum Echoes' algorithm claiming 13,000× computational speedups
Google Research announced its Quantum Echoes algorithm achieved up to 13,000× speedups over classical methods on specific simulation tasks using its Sycamore chip. Researchers said the approach enhances noise resilience and can optimize molecular and materials modeling. While benchmarks remain experimental, the company framed it as evidence of quantum utility beyond lab proof-of-concepts. Independent verification and scaling tests are pending. Analysts described it as a credibility step for Google’s quantum roadmap, part of its long-term AI-infrastructure investment. Competitors IBM and Rigetti plan similar announcements as quantum research races toward commercial relevance.
neutral
16h agoGoogle showcases 'Quantum Echoes' algorithm claiming 13,000× computational speedups
Google Research announced its Quantum Echoes algorithm achieved up to 13,000× speedups over classical methods on specific simulation tasks using its Sycamore chip. Researchers said the approach enhances noise resilience and can optimize molecular and materials modeling. While benchmarks remain experimental, the company framed it as evidence of quantum utility beyond lab proof-of-concepts. Independent verification and scaling tests are pending. Analysts described it as a credibility step for Google’s quantum roadmap, part of its long-term AI-infrastructure investment. Competitors IBM and Rigetti plan similar announcements as quantum research races toward commercial relevance.
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Google showcases 'Quantum Echoes' algorithm claiming 13,000× computational speedups
about 16 hours ago
1 min read
91 words
Google unveiled its Quantum Echoes algorithm delivering 13,000× speedups on targeted tasks, touting progress toward practical quantum utility and strengthening its AI-infrastructure lead against IBM and Rigetti.
Google Research announced its Quantum Echoes algorithm achieved up to 13,000× speedups over classical methods on specific simulation tasks using its Sycamore chip. Researchers said the approach enhances noise resilience and can optimize molecular and materials modeling. While benchmarks remain experimental, the company framed it as evidence of quantum utility beyond lab proof-of-concepts. Independent verification and scaling tests are pending. Analysts described it as a credibility step for Google’s quantum roadmap, part of its long-term AI-infrastructure investment. Competitors IBM and Rigetti plan similar announcements as quantum research races toward commercial relevance.
Google Research announced its Quantum Echoes algorithm achieved up to 13,000× speedups over classical methods on specific simulation tasks using its Sycamore chip. Researchers said the approach enhances noise resilience and can optimize molecular and materials modeling. While benchmarks remain experimental, the company framed it as evidence of quantum utility beyond lab proof-of-concepts. Independent verification and scaling tests are pending. Analysts described it as a credibility step for Google’s quantum roadmap, part of its long-term AI-infrastructure investment. Competitors IBM and Rigetti plan similar announcements as quantum research races toward commercial relevance.
Companies:
Google
Tags:
ai
quantum
ai
quantum
google
research
computing
innovation
Source:
Oct 23, 2025 • 12:21 IST