Definitely not. Especially since the involved structures are either between the hemispheres or at the base of the brain. You can reconstruct the source of neur

Definitely not. Especially since the involved structures are either between the hemispheres or at the base of the brain. You can reconstruct the source of neural activity using EEG (it is an example of the inverse problem, http://en.wikipedia.org/wiki/Inverse_problem http://en.wikipedia.org/wiki/Inverse_problem), but you need at least 64 channels if you want any semblance of precision. 128 or better, 256 channels give better results (although, at least a few years ago, the 256 channels machines often were an overkill (diminishing returns)).