#luckyus — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #luckyus, aggregated by home.social.
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Just had a large water oak fall down behind my house. The top of the tree (in the photo) hit the house and window but I don’t think that there is any major damage. #HurricaneCoverage #Idalia #LuckyUs
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Just had a large water oak fall down behind my house. The top of the tree (in the photo) hit the house and window but I don’t think that there is any major damage. #HurricaneCoverage #Idalia #LuckyUs
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Just had a large water oak fall down behind my house. The top of the tree (in the photo) hit the house and window but I don’t think that there is any major damage. #HurricaneCoverage #Idalia #LuckyUs
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Just had a large water oak fall down behind my house. The top of the tree (in the photo) hit the house and window but I don’t think that there is any major damage. #HurricaneCoverage #Idalia #LuckyUs
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Presenting: quantum microscopy by coincidence!
#luckyus
https://www.nature.com/articles/s41467-023-38191-4
>The authors present a method for super-resolution quantum microscopy at the Heisenberg limit by using pairs of entangled photons with balanced pathlengths. They improve the spatial resolution, imaging speed, and contrast-to-noise ratio in practice while providing a theoretical interpretation of the super-resolution feature. -
Presenting: quantum microscopy by coincidence!
#luckyus
https://www.nature.com/articles/s41467-023-38191-4
>The authors present a method for super-resolution quantum microscopy at the Heisenberg limit by using pairs of entangled photons with balanced pathlengths. They improve the spatial resolution, imaging speed, and contrast-to-noise ratio in practice while providing a theoretical interpretation of the super-resolution feature. -
Presenting: quantum microscopy by coincidence!
#luckyus
https://www.nature.com/articles/s41467-023-38191-4
>The authors present a method for super-resolution quantum microscopy at the Heisenberg limit by using pairs of entangled photons with balanced pathlengths. They improve the spatial resolution, imaging speed, and contrast-to-noise ratio in practice while providing a theoretical interpretation of the super-resolution feature. -
Presenting: quantum microscopy by coincidence!
#luckyus
https://www.nature.com/articles/s41467-023-38191-4
>The authors present a method for super-resolution quantum microscopy at the Heisenberg limit by using pairs of entangled photons with balanced pathlengths. They improve the spatial resolution, imaging speed, and contrast-to-noise ratio in practice while providing a theoretical interpretation of the super-resolution feature. -
Presenting: quantum microscopy by coincidence!
#luckyus
https://www.nature.com/articles/s41467-023-38191-4
>The authors present a method for super-resolution quantum microscopy at the Heisenberg limit by using pairs of entangled photons with balanced pathlengths. They improve the spatial resolution, imaging speed, and contrast-to-noise ratio in practice while providing a theoretical interpretation of the super-resolution feature. -
The fabulous (or is it fabulating, he IS a famous writer...) A L Katz is here on Mastodon!
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The fabulous (or is it fabulating, he IS a famous writer...) A L Katz is here on Mastodon!
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The fabulous (or is it fabulating, he IS a famous writer...) A L Katz is here on Mastodon!