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image: Profile: Dean Buonomano Studies How the Brain Encodes Time

Profile: Dean Buonomano Studies How the Brain Encodes Time

By | September 1, 2016

The UCLA neurobiologist uses computational modeling, in vitro electrophysiology, and human psychophysics experiments to explore how neurons and the brain as a whole perceive and respond to time.


image: Circuit Dynamo

Circuit Dynamo

By | October 1, 2015

Eve Marder’s quest to understand neurotransmitter signaling is more than 40 years old and still going strong.


image: The Ears Have It

The Ears Have It

By | September 1, 2015

A teaching obligation in graduate school introduced James Hudspeth to a career focused on how vertebrates sense sounds.


image: Brains in Action

Brains in Action

By | November 1, 2014

An inspiring lecturer turned Marcus Raichle’s focus from music and history to science. Since then, he has pioneered the use of imaging to study how our brains function.


image: An Eye for Detail

An Eye for Detail

By | October 1, 2014

Vision researcher John Dowling has spent a lifetime studying the neural architecture of the retina. He is closing his laboratory after 53 years, opting to extend these studies as a postdoc.


image: Let’s Talk About Sex

Let’s Talk About Sex

By | July 1, 2014

In lieu of a career in punk rock, James Pfaus opted to study the brain signals underlying sexual behavior and then see what happened when he manipulated them.


image: Waste-Management Consultant

Waste-Management Consultant

By | November 1, 2013

By audaciously pursuing an abandoned area of research, Ana María Cuervo discovered how cells selectively break down their waste, and revealed the health consequences when that process malfunctions.


image: An Olfaction Odyssey

An Olfaction Odyssey

By | October 1, 2013

Thanks to a book, a war, and a big green caterpillar, John Hildebrand found himself mapping the exquisite and surprising wiring of the insect olfactory system.


image: Fly Guy

Fly Guy

By | August 1, 2012

For Michael Dickinson, Drosophila are more than winged gene holders—they’re sophisticated systems for translating sensory information into flight instructions.

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image: Critical Connections

Critical Connections

By | December 1, 2011

Through a series of sustained collaborations, Joshua Sanes has deciphered the molecular synergy that guides synapse formation.


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