
Articles
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2 months ago |
newyorker.com | Rivka Galchen
Imagine grasshoppers distributed evenly across a dry field. As the temperature rises, the grasshoppers start to sweat. The field catches fire in a few spots and starts to spread. But the perspiration of the hoppers (profuse!) inhibits the fire’s growth. What kind of burn pattern will appear in the field? If the grasshoppers sweat more, or less, or if the fire spreads faster, or slower—how will that alter the burn pattern? This visualization was proposed by James D.
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Dec 10, 2024 |
newyorker.com | Rivka Galchen
In today’s newsletter, Inkoo Kang on the year in TV. But, first, a new kind of prosthetic limb depends on carbon fibre and computer chips—and the reëngineering of muscles, tendons, and bone. Plus:Hugh Herr, left, an M.I.T. engineer whose lower legs were amputated after a climbing accident, imagines a future in which “we will be able to sculpt our own brains and bodies.” Photographs by Mark Seliger for The New YorkerAs a kid, I found a magician pulling a rabbit out of a hat charming and adorable.
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Dec 9, 2024 |
businessandamerica.com | Rivka Galchen
One problem with traditional amputations is that they leave agonists and antagonists without that bone connection. What was in essence the muscles’ means of communication or coördination is gone. But Carty and Herr, in close collaboration with Shriya Srinivasan and Tyler Clites, who were then graduate students in Herr’s lab, started to envision ways of functionally reconnecting those agonist and antagonist muscles.
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Dec 9, 2024 |
newyorker.com | Rivka Galchen
One problem with traditional amputations is that they leave agonists and antagonists without that bone connection. What was in essence the muscles’ means of communication or coördination is gone. But Carty and Herr, in close collaboration with Shriya Srinivasan and Tyler Clites, who were then graduate students in Herr’s lab, started to envision ways of functionally reconnecting those agonist and antagonist muscles.
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Oct 14, 2024 |
wired.jp | Rivka Galchen
1999年の夏、ブロンクス動物園の病理学者が同動物園の近辺で異常な数のカラスが死んでいるのに気づいた。続けて、レイバーデー(労働者の日)の週末だけで、園内で、鵜、キジ、ハクトウワシがそれぞれ1羽ずつと3羽のフラミンゴが死んだ。クイーンズでは数週間以内に、フラッシング病院の医師たちが6人の患者で脳炎の診断を下した。通常、ニューヨークで脳炎が確認されるのは1年で10人程度なのに、地区内で同じような症状が多発していた。これらの事象の原因として、ウイルスの蔓延が考えられた。問題はどのウイルスが関与しているのか、だった。9月末までに7人の患者が亡くなり、亡くならなかった人々も数週間の入院が必要だった。...
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