Nature.com's Kerri Smith interviews the NIH's Mike Huerta, as well as Van Weeden from the MGH-UCLA consortium and David Van Essen of the WashU-UMinn consortium of the Human Connectome Project, for the latest …
As you might expect, quite a few news stories focusing on the Human Connectome Project have hit the wires, following the NIH's announcement of the $30 million dollar grant award to the WashU-UMinn consortium, and a…
One of the key missions of the study of brain imaging data is to be able to read into the landscape of the brain itself, and literally see whether or not it has fundamental weaknesses that might lead to brain diseases. A…
After months of development, we are proud to announce the launch of the official website of the WashU-UMinn Human Connectome Project at www.humanconnectome.org. This website will have a prominent role in our mission o…
One of the tenets of the Human Connectome Project is that the data we collect can only begin to be understood during the 5-year lifecycle of our initial grant. Indeed, the data we collect will be made public, to facilita…
This network image comes from the latest thesis work by Steve Nelson, working under the auspices of Steve Petersen, PhD, the James S McDonnell Professor of Cognitive Neuroscience at Washington University in Saint Louis. …
Like an MRI, Magnetic Encephalogram (MEG) and Electric Encephalogram (EEG) scanning technology is able to measure brain activity noninvasively. However, unlike an MRI, the speed and fidelity of the EEG/MEG can break down…