长沙USDT手续费优惠|【唯一TG:@heimifeng8】|ETH代币授权盗取工具✨谷歌搜索留痕排名,史上最强SEO技术,20年谷歌SEO经验大佬✨Bird brains may have evolved independently from mammal brains : Short Wave : NPR

How nature makes a complex brain — and 长沙USDT手续费优惠why humans may not be so special after allRegina Barber, photographed for NPR, 6 June 2025, in Washington DC. Photo by Farrah Skeiky for NPR.Headshot of Rebecca Ramirez

How nature makes a complex brain — and why humans may not be so special after all

Listen · 12:58 Transcript
  • Download
  • <iframe src="https://www.npr.org/player/embed/1245044472/1269158114" width="100%" height="290" frameborder="0" scrolling="no" title="NPR embedded audio player">
  • Transcript
Enlarge this image

Various cell types in chick brains are color-coded. Fernando García-Moreno hide caption

toggle caption Fernando García-Moreno

Various cell types in chick brains are color-coded.

Fernando García-Moreno

A recent series of studies suggests that the brains of birds, reptiles and mammals all evolved independently — even though they share a common ancestor.

This process, where different species independently evolve similar traits, is called convergent evolution. It suggests that complex brains have evolved more than once in vertebrates.

We talk to Fernando García Moreno, a researcher at the Achucarro Basque Center for Neuroscience, about his work on the series of studies that came out in Science in February, and why he thinks the work may give researchers insight into improving neural networks and artificial intelligence.

Business
Previous:2014无锡首届马文化节15日阳山马会举行
next:杭州首支中学青少年马术队成立 学生曾凭马术被国外名校录取