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JustinKing
JustinKing
November 13, 2025

Google Quantum AI with Stanford MIT and Caltech researchers developed a new quantum algorithm called DQI that shows large scale quantum computers could solve specific optimization problems like optimal polynomial intersection far more efficiently than any known classical method offering a potential quantum advantage for complex commercial and scientific use cases

Google Quantum AI with Stanford MIT and Caltech researchers developed a new quantum algorithm called DQI that shows large scale quantum computers could solve specific optimization problems like optimal polynomial intersection far more efficiently than any known classical method offering a potential quantum advantage for complex commercial and scientific use cases Google Quantum AI with Stanford MIT and Caltech researchers developed a new quantum algorithm called DQI that shows large scale quantum computers could solve specific optimization problems like optimal polynomial intersection far more efficiently than any known classical method offering a potential quantum advantage for complex commercial and scientific use cases Google Quantum AI with Stanford MIT and Caltech researchers developed a new quantum algorithm called DQI that shows large scale quantum computers could solve specific optimization problems like optimal polynomial intersection far more efficiently than any known classical method offering a potential quantum advantage for complex commercial and scientific use cases
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