Karen J. Tian

Time-resolved decoding of uncertainty about stimulus features from human EEG

This study decodes uncertainty about stimulus features from human EEG data using probabilistic methods, showing time-resolved estimates of stimulus information but no correlation with subjective uncertainty reports.

Temporal attention improves perception without enhancement by temporal competition

This study shows that voluntary temporal attention improves perception by enhancing processing before competition, not by resolving competing representations.

Dynamic cortical routing mediates temporal attention

This study investigates how temporal attention affects neural communication by routing stimulus information through specific cortical pathways using MEG.

When awareness outstrips performance: critical tests of subjective inflation under inattention

The paper tests subjective inflation under inattention, finding robust inflation at and above visual thresholds but not for specific features at suprathreshold levels.

Temporal attention amplifies stimulus information in fronto-cingulate cortex at an intermediate processing stage

The paper investigates how voluntary temporal attention enhances visual stimulus representation in fronto-cingulate cortex at an intermediate processing stage, rather than in visual cortex.

Anticipatory and evoked visual cortical dynamics of voluntary temporal attention

This study investigates how voluntary temporal attention modulates visual cortical responses using SSVER and MEG, finding both pre-target and post-target mechanisms.