david 为 zhou

anyone interested in working on analysis of *directed* graphs of whole brain networks (at the region-to-region level, i.e. high SNR fMRI data in mice)? e.g. making predictions using network control theory & testing them? we're hiring. ping me at [email protected]

The BRAIN Initiative has been an engine of innovation but is now fighting for its survival. Here we discuss why BRAIN is special and why we must all fight for it now nature.com/articles/s4159… @TheHongLab @DrZoePhD @bjmarlin @doristsao @moriel_z @HongkuiZeng XiaokeChen ZivWilliams

If you are at #SPR2024 @TheRealSPR and enjoy thinking about circuit mechanisms of EEG, consider checking out Symposium VIII.4 on Sat. - I’ll be presenting @HNNsolver microcircuit models of the stop-signal frontocentral ERP (alongside prelim beta event modeling, as a treat)! 🛑🧠

Fantastic, authoritative & comprehensive ‘roadmap’ article out in @NatRevNeurosci by Segobin et al. about in vivo segmentation of the thalamus. nature.com/articles/s4158…

Alpha coherence is a network signature of cognitive recovery from disorders of consciousness medrxiv.org/content/10.110… #neuroscience

Here's a 🧵on our latest preprint! Detailed neural models enable novel neuroscience discoveries and many models are now openly distributed. Below is an example of our modeling software @HNNsolver for interpreting cell/circuit elements underlying M/EEG🧠 biorxiv.org/content/10.110…

Here, we studied how MEG oscillatory slowing could be characterized by transient spectral event features, in a population of mild cognitive impairment (MCI) patients who later converted to AD (CONV), compared to those who do not converted to AD (NOCONV).

While I’m not a consciousness theorist, I welcome all discussions about the “posterior hot zone” and IIT. It’s something we wondered about…