Emily writes frequently about autism and related issues, and her work has appeared in print or online at Discover, New York Times, Slate, Washington Post, San Francisco Chronicle, and others. Emily has a B.A. in English with minors in German and History and a Ph.D. in biological sciences, both from The University of Texas at Austin. She also completed postdoctoral work at the University of California, San Francisco and has taught graduate and undergraduate biology for many years.
Emily Willingham
Science writer
Spectrum
From this contributor
The legacy of Steve Silberman and his book, ‘NeuroTribes’
The writer’s empathic storytelling changed how society—and researchers—view autistic people.
The legacy of Steve Silberman and his book, ‘NeuroTribes’
Spotted around the web: Week of 29 October 2018
Here is a roundup of news and research for the week of 29 October.
Spotted around the web: Week of 29 October 2018
Book Review: A mother finds reward in risk
In “The Boy Who Loved Too Much,” a woman tries to cocoon her son, who has Williams syndrome, from life’s insults but later realizes her protective instincts carry dangers of their own.
Book Review: A mother finds reward in risk
Spotted around the web: Week of 22 October 2018
Here is a roundup of news and research for the week of 22 October.
Spotted around the web: Week of 22 October 2018
Spotted around the web: Week of 15 October 2018
Here is a roundup of news and research for the week of 15 October.
Spotted around the web: Week of 15 October 2018
Explore more from The Transmitter
Are Brains and AI Converging?—an excerpt from ‘ChatGPT and the Future of AI: The Deep Language Revolution’
In his new book, to be published next week, computational neuroscience pioneer Sejnowski tackles debates about AI’s capacity to mirror cognitive processes.
Are Brains and AI Converging?—an excerpt from ‘ChatGPT and the Future of AI: The Deep Language Revolution’
In his new book, to be published next week, computational neuroscience pioneer Sejnowski tackles debates about AI’s capacity to mirror cognitive processes.
New tissue-clearing techniques let microscopes peer deeper into living brains
Washing mouse brain tissue with a blood protein or complex sugar can illuminate cells 550 micrometers into the cortex without compromising its normal physiology.
New tissue-clearing techniques let microscopes peer deeper into living brains
Washing mouse brain tissue with a blood protein or complex sugar can illuminate cells 550 micrometers into the cortex without compromising its normal physiology.
New catalog charts familial ties from autism to 90 other conditions
The research tool reveals associations stretching across three generations.
New catalog charts familial ties from autism to 90 other conditions
The research tool reveals associations stretching across three generations.