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'10 septillion years solved': Google’s Willow chip hints at parallel universes. Read this!

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Produced by: Mohsin Shaikh

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Parallel Hints

The unveiling of Google’s Willow chip left the scientific world intrigued, as its extraordinary speed sparked claims of computations borrowing from parallel universes.

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Quantum Marvel

Hartmut Neven, Google Quantum AI’s founder, claims Willow solved a task in five minutes that would take today’s supercomputers 10 septillion years, challenging the limits of known physics.

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Unreal Timelines

Neven asserts that Willow’s performance surpasses known timescales in physics, even exceeding the age of the universe, giving credence to long-standing theories of multiverse interactions.

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Qubit Revolution

Unlike traditional computers, Willow harnesses qubits, which exist in multiple states simultaneously, enabling unprecedented computational speeds far beyond conventional systems.

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Skeptical Voices

Critics question the practicality of Willow’s feat, arguing it was more a demonstration of speed than utility, casting doubt on its real-world applications despite the monumental claims.

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Investor Buzz

Despite skepticism, the announcement boosted Google’s stock by five points, showing the financial world’s optimism in Willow’s potential to reshape quantum computing.

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Physics Defied

The computational task completed by Willow suggests a level of performance that defies the laws of classical computing, marking a revolutionary moment in quantum technology.

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Scientific Debate

Neven’s blog post, published on Google’s website, has ignited discussions among physicists, with some intrigued by the multiverse theory and others dismissing it as speculative.

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Quantum Future

Willow’s achievement, though controversial, underscores the potential of quantum computing to solve problems previously deemed unsolvable, opening a new frontier in science.