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How Ultra-Black Fish Disappear in the Deepest Seas

July 16, 2020 โ€” Alexander Davis admits that he can be a glutton for punishment. He staked part of his Ph.D. on finding some of the worldโ€™s best-camouflaged fishes in the oceanโ€™s deepest depths. These animals are so keen on not being found that theyโ€™ve evolved the ability to absorb more than 99.9 percent of the light that hits their skin.

To locate and study these so-called ultra-black fishes, Mr. Davis, a biologist at Duke University, said he relied largely on the luck of the draw. โ€œWe basically just drop nets and see what we get,โ€ he said. โ€œYou never know what youโ€™re going to pull up.โ€

When he and his colleagues did cash in, they cashed in big. In a paper published Thursday in Current Biology, they report snaring the first documented ultra-black animals in the ocean, and some of the darkest creatures ever found: 16 types of deep-sea fish that are so black, they manifest as permanent silhouettes โ€” light-devouring voids that almost seem to shred the fabric of space-time.

โ€œItโ€™s like looking at a black hole,โ€ Mr. Davis said.

To qualify as ultra-black, a substance has to reflect less than 0.5 percent of the light that hits it. Some birds of paradise manage this, beaming back as little as 0.05 percent, as do certain types of butterflies (0.06 percent) and spiders (0.35 percent). A feat of engineering allowed humans to best them all with synthetic materials, some of which reflect only 0.045 percent of incoming light. (โ€œBlackโ€ paper, on the other hand, returns a whopping 10 percent of the light it meets.)

Read the full story at The New York Times

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