Sam Ling

The paper investigates how visual responses change during sleep using EEG-fMRI, finding that visual thalamus responses remain intact while early visual cortex responses are suppressed and inverted.

This study uses fMRI to estimate the dynamic locus and spread of covert spatial attention by analyzing visuocortical activity in response to varying cue sizes.

This study investigates how eye closure affects visual processing using fMRI, finding distinct patterns in thalamocortical networks with preserved early processing but attenuated responses in extrastriate cortex.

This study uses fMRI and pattern classification to show that multiple dynamic brain networks code for past, present, and future navigation trajectories in humans.

The paper demonstrates a travel direction signal in humans independent of head direction through a motion adaptation paradigm, showing aftereffects that scale with adaptation duration.

This study shows that fMRI-BOLD signals can detect multiplicative effects of attention on contrast-response functions in visual areas V1-V3.

This study investigates how temporal attention improves perception by testing three mechanisms under varying noise levels, finding that a combination of signal and stimulus enhancement explains the results.

This study investigates how human confidence is formed, finding that it can be based on perceived stimulus noise rather than just perceptual uncertainty.

This study investigates how attention modulates visuocortical responses by testing the role of divisive normalization in human visual cortex.