Zhuanghua Shi

This study investigates serial dependence by showing that previous judgments influence subsequent ones through the action used to express them, not just the stimulus or decision.

This study investigates how accuracy feedback and delay adaptation affect duration reproduction in visual and tactile modalities, finding that tactile reproduction relies more on feedback than motor time.

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.

The paper shows distributional context affects duration-related BOLD responses in timing-related brain regions during a temporal bisection task.

The paper investigates serial dependence in time reproduction tasks, finding that sensory uncertainty and contextual continuity influence temporal perception through a shared precision-weighted updating mechanism.

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

This study investigates serial dependence by dissociating perceptual and decisional components across tasks with varying response modes, finding that consistent motor responses, not shared memory, drive sequential biases.

This study shows that emotional arousal affects time perception by enhancing serial dependence, with high-arousal states amplifying temporal integration between trials.

The paper evaluates how different functional connectivity metrics affect neuroimaging results and identifies metrics best suited for detecting age-related neural decline.

The paper investigates distractor-response binding in visual search, finding that response priming is stronger when distractor features or target positions are repeated, indicating DRB occurs at late stages of target identification and response selection.

The paper investigates whether dynamic target-location regularities can be learned in serial visual search and whether this learning correlates with awareness.

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

The paper uses a Bayesian observer model to show that hue perception is influenced by a prior preference for blue, aligned with natural daylight variations.

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.

The paper investigates how saccadic eye movements affect the perceived duration of sequential post-saccadic events, finding that the second event is compressed in time.

The paper investigates overestimation in duration reproduction and finds that it persists without accuracy feedback, suggesting attentional sharing between action execution and time monitoring.

This study investigates how temporal context affects time perception using EEG components, finding that CNV and LPCt are modulated by context during a bisection task.

The paper investigates how distractor-location frequency affects visual search performance and finds that local distractor frequency, not global frequency, primarily influences distractor interference.

The paper investigates whether dynamic spatial regularities in visual search can be learned for targets and distractors, finding robust learning for targets but not distractors.

The paper shows that individual differences in perceptual biases are explained by beliefs about temporal continuity in sensory stimuli.

This study investigates how visual working memory load affects duration encoding and reproduction, finding distinct impacts on central-tendency bias depending on the stage of the task.

This study uses a two-state Bayesian model to examine how individuals with ASD and TD controls update their priors and sensory estimates during duration reproduction tasks in varying volatility settings, finding distinct iterative prior updating dynamics in ASD.

The paper investigates how visual cortex suppresses distractors at frequent locations through fMRI and finds differential neural mechanisms based on distractor dimension.

The paper reviews Vierordt's law, simulates original results with Bayesian updating, and concludes the law arises from an unnatural experimental protocol.

This study investigates whether time perception is linear or logarithmic by using ensemble averaging of time intervals and finds subjective averaging aligns with the geometric mean, suggesting a logarithmic timeline.

The paper investigates whether distractor suppression in visual search occurs at the priority map or dimension level, finding that suppression transitions from priority-map-based to dimension-based with practice.