Home - Douglas Fields

What is as unique as your fingerprints and more revealing than your diary?

Brainwaves.

About Dr. Fields

R. Douglas Fields, PhD, is a neuroscientist and author. Throughout his career his scientific research has explored the cellular mechanisms of nervous system development, plasticity, and memory, working at UC San Diego, Stanford University, Yale University, and the National Institutes of Health.

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Praise for R. Douglas Fields

“The interplay between conscious and unconscious cognition is not unfamiliar territory, as readers of Daniel Kahneman or Malcolm Gladwell will recognize, but Fields’ personal experience adds a fresh viewpoint to an intriguing subject.”

—Kirkus Reviews

“Neuroscientist Fields provides insight into the seemingly inexplicable....”

—Publishers Weekly

“With a storyteller’s heart and a scientist’s keen eye, Douglas Fields serves as our neural Jacques Cousteau, roving the depths of this thrilling realm to bring home vital truths about today and tomorrow.”

—Daniel Coyle, author of The Talent Code

Electric Brain tells the story behind one of the most basic and important features of the nervous system--its electrical properties. Forget the hype you've heard about "brain waves." Read Doug Fields' facile account of the role of brain electrical activity in mind and behavior.

--Joseph LeDoux, author of The Deep History of Ourselves: The Four-Billion-Year-Story of How We Got Conscious Brains (Viking, 2019).

Making Long-term Memories Depends on Making Myelin and Brainwaves

Neuroscientists have always presumed that learning and memory depend on strengthening or weakening the connection points between neurons (synapses), increasing or decreasing the likelihood that the cell is going to pass along a message to its neighbor. But recently some researchers have started pursuing a completely different theory that does not involve changing the strength of synaptic…

The Brain’s Clockwork

How many times a day do you check the time? Estimates are that people between the ages of 18-34 check the clock between 50-74 times a day! Staying in sync is essential for any complex system; whether it’s a machine, social organization, or transportation system, chaos would erupt if the intricate processes involved were not precisely coordinated in…