The paper "Finding influential nodes for integration in brain networks using optimal percolation theory" has been highlighted by The City College of New York.

Our paper "Finding influential nodes for integration in brain networks using optimal percolation theory" has been chosen by the editors of Nature Communications as a featured article in their interdisciplinary collection of recent research on complex systems..

The corrected version of the eLife 2017 paper on validation of TES models has been published today. The corrected message from the paper is that TES can achieve up to 0.8 V/m electric field under 2 mA stimulation transcranially. See the Correction Notice.

Today Yu Huang (Andy) released ROAST. This open-source software makes individualized modeling of tDCS/tACS ridiculously easy. Here a video of the presentation at the NIH modeling workshop that day: starting at 3:17:00.

In our Nature Communications paper we report that a commonly held belief about transcranial electric stimulation is not necessarily true: Transcranial stimulation does not entrain brain-rhythms. The tACS community will now have to work a little harder before making claims about brain oscillations. Here are some reactions from the community, and some quotes from our collaborator in Reuters and Medscape.

New tutorial on EEG component extraction methods presented at CuttingEEG in Glasgow: Slides and code.

Commentary on new study measuring student engagement in the classroom. The Smithsonian Magazine.

Short podcast describing the brain reading work in the lap: Brain teaser.

Andy presented his validation work for TES models at the 7th Annual TMII Symposium at Mount Sinai. Here is the video.

"Plugging electrodes into your brain like 'Matrix' the movie -- that's not going to happen for a long time ... we're focused on what we can do today." -- Lucas Parra. Commentary on brain reading technology at Circa.com.

NSF award 3 year grant for "Assessing student attentional engagement from brain activity during STEM instruction".

New paper on modulation of synaptic plasticity with direct current stimulation: Kronberg et al. Brain Stimulation 2017

Transcranial electric stimulation measured in the living human brain in over 1300 electrodes: eLife paper, video, and commentary.

When your brain syncs up with others, you are more likely to remember what happened, even three weeks later: Paper and code.

Child Mind Institude released EEG and eye gaze from 126 kids and adults during multiple tasks, rest and video. Data and code free for all here. We found interesting age and gender effects on the video data.

Our study on the balance between novelty and regularity in bird song inspires analogies with human music: Research finds that birds behave like human musicians.

Lucas Parra explains how tDCS works at the the NIH symposium on trancranial electric stimulation. Here the talk, and here These all the talks from that day.

NIH-NINDS awarded a 5-year R01 grant entiteled "Effects of direct-current stimulation on synaptic plasticity". This project will investigate the effects of tDCS on the strength of connections between neurons, which may inform the treatment of neurological or psychiatric decease.

NIH-NINDS awarded a 3-year R44 grant entiteled "Targeted Transcranial Electrotherapy to accelerate Stroke Rehabilitation". This project will test the effectiveness individually targeted high-definition TDCS as adjunctive treatment to language rehabilitation in aphasia.

Several students (at various levels including HS, UG, MS) have been playing in the lab with Human-Computer Interfaces using eye-tracking. This caught the attention of the media when it was submitted to the New York City Science and Engineering Fair: NYC teen's eye-tracking computer project, Fox 5 News.

Our Nature Communication paper showing that inter-subject synchrony of EEG is a good predictor TV audience response attracted quite a bit of press: Interview on channel NTN24 (Spanish), LA Times, The Guardian, Vocative, Philly.com, Hazlitt, Business Insider Australia, Sci Tech Today, South China Morning Post, Quartz, Newsfactor, Nature Highlights, The Munich Eye, Tech Times .

The finding that EEG signals can be boosted by puting subjects on their head was written up here: "Getting The Position Right For EEG", Discover, (October 7, 2012). "Tilt your head to improve brain signals", NewScientist, (November 30, 2011).

Our study on measuring engagement with EEG during movies generated quite a buzz: Zombies, Twitter, And Braaiiins!: The Neuroscience of The Walking Dead, FastCompany, Co.Create blog (Nov 14, 2012) "New Research Could Help Advertisers Read Your Mind" Reuters TV, (July 10, 2012). "Your brain on horror movies" Discovery News, (July 13, 2012). "Alfred Hitchcock, Your Brain, and DARPA" Neuromarketing, (June 13, 2012). and the list goes on: Scientific American, and more.

Our work on brain-reading technology has generated a few articles over the years: Mind Reading Machines, Discover Magazine (October 2011). BreakOut!: Your Brain's Search Engine, Forbes.com Video Network (January 2010). Documentary: The Brain, History Channel (November 10, 2008). "Tapping the Computing Power of the Unconscious Brain" IEEE Spectrum Video (August 2008). "A Brainy Approach to Image Sorting", IEEE Spectrum (April 2008). "When the brain is a component of the computer", Politiken (Danish newspaper, July 2007). "Brain-Computer Interfaces: Where Human and Machine Meet", IEEE Computer Magazine (January 2007). "Subliminal Search", MIT Technology Review (July 2006). "Man and machine vision in perfect harmony", New Scientist, (July 2006)