Lab Schall studies the neurophysiological, neuroanatomical, electrophysiological, and computational mechanisms that guide, control, and monitor behavior.
Happy for everyone to see tremendous effort of @AmirsamanSajad and @stevenerrington, bringing functional architecture knowledge of frontal lobe today to where it was for visual cortex in 1970s.
https://t.co/Gv5fUIBeBR
Knowing what an ERP like the N2pc signals requires understanding where it arises. The talented synergy of @beaherrera and @jake_westerberg produced this new publication detailing how the N2pc is produced.
https://t.co/CCMlDnwPbY #neuroscience#EEG
How does evidence accumulation trigger saccades? See the special issue of the Journal of Computational Neuroscience commemorating the career of Lance Optican. Martin Paré and I offer some ideas https://t.co/dmZFiEDqU5
#JNeurosci: @FIUbiomed & @VanderbiltU researchers developed a streamlined biophysical model of pyramidal cells in the cerebral cortex that may enable a deeper understanding of the brain waves associated with visual attention & error monitoring.
https://t.co/4t5gPU8RME
@stevenerrington shows that macaque monkeys, as humans, produce β-bursts over medial frontal cortex when actions are inhibited, but they happen too rarely to contribute to stopping. Looking in the cortex now. https://t.co/PVMohnqv45
Anyone looking for a tractable comprehensive model of L5 pyramidal cell? Check out this product of our collaboration with very smart and talented colleagues: https://t.co/piJDdsIuWi
Check out Amir Sajad's review of 'Spatiotemporal Transformations for Gaze Control', highlighting our recent work on tracking spatial population codes through time in the Frontal Eye Fields and Superior Colliculus: 'https://t.co/us3kTHDUnM
One from the archive for #DNADay19: the story behind Photo 51 – Rosalind Franklin’s world-famous x-ray crystallography image of DNA: https://t.co/UB3I39xyNj @DNAday
For #DNADay, here is a profile of Rosalind Franklin and her x-ray crystallography work that led to the discovery of DNA's double-helix structure https://t.co/RJ8tz8TyNd
On this fine #DNADay I’d like to share Watson’s characterization of Dr. Rosalind Franklin (who did not go by Rosy) in his memoir about “discovering” the double helix