How are the fluctuations in electric field organized across the whole brain? We analyzed the 3.4 M samples from the international brain lab using and found a surprising structure made of communities and landmarks. https://t.co/slYno9ZgKF @JCBeique@XingyunWang4
Via Rail does it again. The track rental is not an excuse for all the mediocre performance of this organization. If ever we get a passenger train in this country it needs both tracks and a new business model. https://t.co/BUCvBRLFMn
For those interested in methods for analyzing a specific frequency of neural activity as a series of discrete events, the CBASS code is posted here with an excellent wiki by @QuentinPerreno1: https://t.co/7JS5ReFWft
This op-ed published in the @nytimes by @stephenwitt thoughtfully captures the urgency and complexity of navigating AI's risks, but also my sincere conviction that technical solutions are possible — we still have agency and an opportunity to act.
https://t.co/EPcnPPYWUA
How are the fluctuations in electric field organized across the whole brain? We analyzed the 3.4 M samples from the international brain lab using and found a surprising structure made of communities and landmarks. https://t.co/slYno9ZgKF @JCBeique@XingyunWang4
@rudzinskimaciej@JCBeique@XingyunWang4 Same hope here... To answer your question, we didn't try every method, and I share your intuition that there should be another method, maybe even a simpler one able to reveal such an organization. KNN could like a good candidate. I would like to try..
I’ve often made the bet that we’ll never really understand what’s in the LFP (or the EEG). While I feel these findings leave me with many many further questions, I don’t think I’ll make that bet again.