Headshot of John W. Krakauer.

John W. Krakauer

Director of the Centre for Restorative Neurotechnology, Champalimaud Foundation
Professor of neurology, Johns Hopkins University

John Krakauer is director of the Centre for Restorative Neurotechnology at the Champalimaud Foundation and John C. Malone professor of neurology, neuroscience, and physical medicine and rehabilitation at Johns Hopkins University. He is also an external professor at the Santa Fe Institute. Krakauer is a world leader in motor control and stroke recovery, and his work bridges the gap between basic neuroscience, creative engineering and the philosophy of mind. At the Champalimaud Foundation, he leads the “software as medicine” initiative, using immersive animation, generative artificial intelligence and digital neurotherapeutics to treat chronic neurological and psychiatric conditions. 

He is co-inventor of the “MindPod Dolphin,” an FDA-listed neuro-rehabilitation technology licensed to MindMaze. He is also the author of “Broken Movement: The Neurobiology of Motor Recovery after Stroke” (MIT Press) and is currently writing a new book on the nature of intelligence for Princeton University Press. His research and unique approach to “exergaming” for brain health have been profiled in The New Yorker, The Atlantic and The New York Times.

Explore more from The Transmitter

Photo collage featuring a portrait of Tempest McDonald.

When autistic kids grow up, Chapter 4: How did things unfold?

Tempest McDonald sues Vanderbilt University Medical Center through the Equal Employment Opportunity Commission. Her published NIH paper finds allies.

By Brady Huggett
25 June 2026 | 27 min listen
Researchers looking at KEMRI biobank vials.

NeuroDev study maps previously unseen genetic variation in Africa

The project is helping to fill critical gaps in the genetic underpinnings of autism and other neurodevelopmental conditions.

By Brianna Abbott
25 June 2026 | 5 min read

Cooperating marmosets extend decision-making model of the brain

When a pair of marmosets works together to earn some marshmallow fluff, one of them decides to act only after its brain accumulates enough evidence about what the other is doing, new work shows.

By Calli McMurray
24 June 2026 | 1 min watch