Siyi Chen

The paper examines how default mode network connectivity relates to distractor capture in visual search tasks, finding stronger coupling with biased distractors.

This study investigates how scrolling-like picture streams affect subjective time perception, finding that self-paced viewing compresses perceived duration compared to passive viewing and a baseline condition.

The paper shows that pre-stimulus global signal predicts response speed differently in two distractor-suppression contexts during visual search.

The paper investigates neural substrates of duration serial dependence, finding that the putamen, not visual cortex, encodes prior duration traces for time perception, while direction judgments show no comparable signal.

This study investigates how tonic and trial-level alertness affect distractor suppression during statistical learning using pupillometry and eye tracking.

This study investigates how environmental volatility affects visual search behavior, finding that it shifts attention from automatic capture to cautious verification.

The paper investigates opposing sequential biases in direction and time reproduction, showing task relevance and working memory load influence these biases differently.

The paper investigates how prior task and memory processing affect time perception, finding that active duration reproduction induces sequential biases, while passive viewing does not.