Some really interesting research from the team in Cambridge! In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6041s5y0P
Microsoft's optical computer solves complex problems with less energy
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6048scdlu
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6044siadp
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6040slsfg
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6043ssOpS
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6041slgDd
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6047slclZ
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6043seUmL
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6046scXzK
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6048siaLC
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In a breakthrough, a Microsoft analog optical computer–a machine that uses light as a computing medium–has solved two complex optimization problems in healthcare and finance and has shown it has potential for AI workloads using much less energy. The work of our research team appears in a paper in the journal Nature. https://msft.it/6049s56NW
