For the past half century, neuroscientists have seen the visual cortex as the part of the brain that processes imagery. Visual information enters the brain via the retina…
Tag: David Cox
Using X-rays to Quantify Lesions and Find Electrodes in the Brain [Cox Lab]
Lesioning (damaging) a particular brain region is one of the most important methods in neuroscience for determining the function of that region. Many groundbreaking discoveries were made through…
MCB Professor Receives Teaching Award
Prof. David Cox received the 2017 Roslyn Abramson Award for excellence in undergraduate teaching. Cox Lab Website
MCB FACULTY AWARDED GRANT TO DEVELOP ADVANCED MACHINE LEARNING ALGORITHMS [DAVID COX AND JEFF LICHTMAN]
On January 21, the Harvard John A. Paulson School of Engineering and Applied Sciences announced the $ 28 million grant that was awarded to the John A. Paulson…
DAVID COX’S POPULAR HARVARDX COURSE, FUNDAMENTALS OF NEUROSCIENCE
The Harvard Gazette writes about David Cox's popular HarvardX course, Fundamentals of Neuroscience.
HARVARDX LEARNING LABS FOR KIDS WITH DAVID COX
As an extension of his HarvardX for Allston program, Fundamentals of Neuroscience, David Cox spent last Friday at the Harvard Ed Portal with a roomful of cockroaches and…
RUTH FONG ’15 NAMED RHODES SCHOLAR
Ruth Fong ’15, a computer science concentrator doing research in David Cox's lab, is one of two Harvard students named 2015 Rhodes Scholars. Every year, 32 students attending…
DAVID COX RECEIVES GOOGLE FACULTY RESEARCH AWARD
David Cox, Assistant Professor in the Department of Molecular and Cellular Biology, is a recipient of a 2014 Google Faculty Research Award. The highly competitive one-year grant supports…
DAVID COX SEEKS ORDER IN THE CHAOS OF FLEETING IMAGES
If you wanted to learn how a car works, you could look at that marvel of hybrid engineering, the Toyota Prius. But you might learn more fundamentals about…
@MCB_Harvard
Neuro Concentrator Nellie Ide (‘22) Awarded Fellowship to Spend Year with Kung Fu Nuns in Kathmandu https://t.co/JbVUJPHcl3