Features Editor
Spectrum
Ingrid Wickelgren edits Deep Dives, Spectrum’s long-form stories on important topics in autism research.
Before joining the foundation in 2015, Ingrid was senior editor at Scientific American Mind and wrote the Streams of Consciousness blog for ScientificAmerican.com. She has also authored three popular science books and has written for Science, Discover, Health and The New York Times.
Ingrid has a B.S. in biological sciences from Stanford University.
An electrical brain implant all but erased the obsessions that had consumed Becky Audette, years after her autism diagnosis. Could similar implants help other people with severe autism?
Scientists dish about the biggest challenges they face as they tackle tough questions about autism.
A European initiative that aims to provide a framework for clinical trials in autism has developed tools to track treatment responses.
An analysis of blood samples from nearly 17,000 individuals with autism points to new regions of the genome likely to be involved in the disorder.
The invisible messages, which instruct large language models to use telltale phrases in a peer-review report, are effective in catching artificial-intelligence misuse but also erode trust, some say.
The invisible messages, which instruct large language models to use telltale phrases in a peer-review report, are effective in catching artificial-intelligence misuse but also erode trust, some say.
From single cells to whole organisms, living beings must continuously regenerate themselves and judge what's important to continue living. Artificial intelligence does not and cannot.
From single cells to whole organisms, living beings must continuously regenerate themselves and judge what's important to continue living. Artificial intelligence does not and cannot.
By comparing the proprioceptive systems of mosquitos and fruit flies, Sweta Agrawal aims to uncover fundamental features of the ability to sense self-movement.
By comparing the proprioceptive systems of mosquitos and fruit flies, Sweta Agrawal aims to uncover fundamental features of the ability to sense self-movement.