Nicholas Menghi
@nichome.bsky.social
Postdoc @mpicbs.bsky.social, interested in Generalization, Transfer Learning, Cats and Pirates
But how do we keep force stable when feedback is available?
In our EEG study, behavioral performance oscillated at ~6 Hz.
This rhythm was mirrored in the brain, forming a temporal cascade involving Theta, Alpha and Beta frequency bands.
In our EEG study, behavioral performance oscillated at ~6 Hz.
This rhythm was mirrored in the brain, forming a temporal cascade involving Theta, Alpha and Beta frequency bands.
August 11, 2025 at 6:56 AM
But how do we keep force stable when feedback is available?
In our EEG study, behavioral performance oscillated at ~6 Hz.
This rhythm was mirrored in the brain, forming a temporal cascade involving Theta, Alpha and Beta frequency bands.
In our EEG study, behavioral performance oscillated at ~6 Hz.
This rhythm was mirrored in the brain, forming a temporal cascade involving Theta, Alpha and Beta frequency bands.
In our behavioral study, participants maintained a steady grip force with or without continuous visual feedback, and with varying incentives.
Without feedback, performance drifted over time.
With feedback, incentives amplified corrections, helping people stay on target.
Without feedback, performance drifted over time.
With feedback, incentives amplified corrections, helping people stay on target.
August 11, 2025 at 6:56 AM
In our behavioral study, participants maintained a steady grip force with or without continuous visual feedback, and with varying incentives.
Without feedback, performance drifted over time.
With feedback, incentives amplified corrections, helping people stay on target.
Without feedback, performance drifted over time.
With feedback, incentives amplified corrections, helping people stay on target.