Hsin-Hung Li

The paper shows that subjective value is represented probabilistically in the human brain, with neural uncertainty predicting behavioral uncertainty in value-based decisions.

This study identifies two oscillatory neural codes for memory uncertainty in working memory using EEG and a visual working memory task with uncertainty reports.

The paper investigates perceptual traveling waves in binocular rivalry, finding that attention modulates their propagation and duration.

The paper investigates how working memory information flows across the cortical hierarchy using fMRI decoding, finding drift-like dynamics and top-down information flow from higher to lower visual areas.

The paper identifies a neural mechanism for resource allocation in working memory by showing how frontal cortex feedback modulates visual cortex activity based on item priority.

This study uses fMRI to investigate working memory dynamics in the human cortex during a memory-guided saccade task, revealing both stable and dynamic representations with distinct patterns in early visual cortex.

This study shows that the brain represents visual working memory content and uncertainty as probabilistic distributions in retinotopic and mid-dorsal stream cortical areas using fMRI data.

The paper shows that presaccadic attention modulates visual performance through response gain changes, differing from covert attention's normalization model.

This study challenges the Bayesian confidence hypothesis by showing that confidence reports in three-alternative decisions depend on the difference between the best and next-best options' posterior probabilities, not just the best option's probability.