Haiyan Wu

This study investigates how social anxiety affects self-other neural distinctions and social predictions, finding that higher SA correlates with greater self-other representational separation in the pgACC and altered prediction tracking in the precuneus.

This study shows that reactivating conflicting memories during sleep reduces decision ambivalence by integrating them, as evidenced by behavioral and electrophysiological measures.

This study identifies how SH3 domains activate PI3K by engaging in tertiary interactions with p85, revealing a mechanism for controlling activation through functional selection.

This study investigates how second-party and third-party punishment decisions change with delayed punishment using fMRI, finding distinct neural mechanisms and severity effects in third-party contexts.

This paper uses fMRI data to show that engaging in immoral behavior during a task alters post-task brain states, with lasting effects on neural dynamics.

The paper investigates the developing neural circuits of third-party punishment using intracranial SEEG in children and adults, finding age-related differences in brain activity and connectivity.

This study uses iEEG to identify distinct brain circuits involved in human escape responses, showing the reactive fear circuit dominates during rapid attacks while the cognitive fear circuit processes threat information.

This study shows active inference better explains human decision-making under novelty and variability, with specific neural correlates identified using EEG.

This study shows that social conformity affects both explicit ratings and neural representations of facial attractiveness, with stronger effects from in-group influences and tighter social norms.

This study investigates how dishonesty affects memory and metacognition using fMRI, finding neural correlates in the orbitofrontal cortex and prefrontal cortex.

The paper introduces the ChineseEEG dataset, a high-density EEG dataset with Chinese linguistic stimuli, for semantic alignment and neural decoding research.

This study investigates how reward and cognitive control influence moral decisions by analyzing self-consistency and flexibility using mouse-tracking and fMRI.

The paper uses IS-RSA to link brain morphometry, connectivity, and mentalising ability, finding significant correlations and region-specific associations in 24 participants.

The paper proposes a cognitive space theory to reconcile domain-general and domain-specific cognitive control by showing conflicts are organized in a low-dimensional space based on similarity.

This study investigates how oxytocin affects the relationship between behavioral performance, resting-state, and task-state functional connectivity using connectome-based predictive models.

This study examines how oxytocin modulates social brain network correlations during resting and task states using fMRI, finding that OT increases predictive power of resting state networks for task-evoked activity and reduces individual variation.

This study uses resting-state fMRI to identify neural patterns predicting motivated dishonesty through functional connectivity analysis.

This study investigates how oxytocin affects self-other distinction in facial perception using fMRI, finding increased neural activity in specific brain regions for self-morphed faces in the oxytocin group.

This study identifies distinct neural mechanisms for conflict adaptation within and across conflict types using fMRI, showing different activation and deactivation patterns in task-positive and task-negative networks.

The paper shows that inter-trial EEG variations predict individual differences in social conformity and trust during social influence tasks.

This study investigates how oxytocin affects resting-state functional connectivity in brain networks related to mentalizing, finding changes in connectivity patterns and modulation by empathy traits.