The computational approach developed here could be a powerful mean to assess goal-directed changes in gait control in clinical populations... (stay tuned ! 😉 )

Here we show how these changes in control strategy are modulated by auditory inputs and how they can be simulated in theory: the model suggests that the change is really fast (1 stride?) but the consequence is only visible after long stride series...

When we walk spontaneously or follow a metronome, we modulate the gait control strategy in a way that is not directly visible from pace and variability, instead it is the autocorrelation function that changes over long timescales

You must come for a sabbatical in Europe 😜

This simple model (1) explains a lot of data, (2) makes direct prediction about population activity and low dimensional factors for any task and (3) provides a conceptual framework linking neural population activity and sensorimotor control...

Here is the effect (or suppression of effect) of the double blind review process on reputation biases: www.youtube.com/live/wIf087q...

Opening remarks @cosyne@confmaster.net

How young is young? 😆

Congrats to @ncmsociety.bsky.social for implementing the double-blind review of panels, I think the benefit is visible !! #NCMPan25