⚡️👀 NEW - Google has just made a significant breakthrough in quantum computing.
Today, one of the biggest problems with quantum computers is that they make a huge number of errors during their calculations. These errors still prevent these machines from fully realizing their potential.
Google announced that it has succeeded in reducing errors affecting certain quantum states essential for complex calculations by a factor of 40, thanks to a technique called “Magic State Cultivation.”
In practical terms, where these states previously produced 40 errors, they would now produce only one under comparable conditions.
This discovery could lead to the development of much more reliable quantum computers capable, eventually, of solving problems that are impossible to tackle with our current machines.
The researchers achieved a record logical fidelity of 99.99% for certain quantum states, a result published in the prestigious journal *Science*
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2026-10-16 06:51:12 UTC
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npub1f4uyypghstsd8l4sxng4ptwzk6awfm3mf9ux0yallfrgkm6mj6es50r407Published at
2026-10-16 06:51:12 UTCEvent JSON
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"content": "⚡️👀 NEW - Google has just made a significant breakthrough in quantum computing.\n\nToday, one of the biggest problems with quantum computers is that they make a huge number of errors during their calculations. These errors still prevent these machines from fully realizing their potential.\n\nGoogle announced that it has succeeded in reducing errors affecting certain quantum states essential for complex calculations by a factor of 40, thanks to a technique called “Magic State Cultivation.” \nIn practical terms, where these states previously produced 40 errors, they would now produce only one under comparable conditions.\n\nThis discovery could lead to the development of much more reliable quantum computers capable, eventually, of solving problems that are impossible to tackle with our current machines.\n\nThe researchers achieved a record logical fidelity of 99.99% for certain quantum states, a result published in the prestigious journal *Science* \nhttps://blossom.primal.net/dcf47a83e03b29b290328942a353ee7f6cad994d38002dfab6fbfb122c0eec5d.mp4",
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