Patrik O. Vuilleumier

This paper uses higher-order topology to analyze brain activity during naturalistic emotion tasks, finding that it captures fine-grained affective structure while pairwise connectivity captures broad arousal.

This study examines how individual differences in anxiety and openness relate to brain activity during emotional film scenes, using emotion-informed functional gradients to improve prediction of these traits.

The paper develops fMRI classifiers to predict self- and other-related mentalizing, showing high accuracy and distinct neural patterns across different populations and conditions.

This study investigates how emotional context affects visual cortical reactivation during true and false memory retrieval, finding that emotional cues enhance fusiform activation during false memories but not correct retrieval.

The paper introduces Emo-FilM, a multimodal dataset combining fMRI, physiological recordings, and detailed emotion annotations from films to study emotion processing.

This study shows that mindfulness training changes brain network dynamics related to stress response in adolescents, reducing psychological distress through altered default network activity.

This study shows that healthcare experience reduces anterior insula activity in response to others' pain, but not other emotional states, suggesting a neural basis for pain underestimation by caregivers.

The paper investigates how emotion schemas affect associative memory across different emotion categories, showing differences in behavioral, physiological, and neural responses between disgust and fear.

This study identifies distinct ventral striatum subregions involved in motivational and hedonic aspects of reward processing using fMRI and behavioral tasks.

The paper investigates how disgust and fear memories are encoded and reinstated, finding distinct neural mechanisms and amygdala involvement in memory reinstatement for disgust.

This study examines EEG source imaging in stroke patients with visuospatial neglect, finding altered cortical network organization and abnormal brain oscillations linked to neglect symptoms.

The paper shows that humans can adjust confidence ratings for unaware visuomotor deviations using summary statistics, challenging the idea of limited action monitoring.

The paper investigates how dynamic functional brain networks contribute to the persistence of negative emotions over time, identifying key network interactions and their relationship to subjective affect.

The paper examines how brain functional connectivity changes after emotional and cognitive events, identifying specific co-activation patterns and their temporal dynamics.

The paper identifies brain networks underlying functional core processes of emotions using componential modeling and multivariate analysis of emotional responses.

The paper investigates how brain networks process temporal information in dynamic facial expressions using fMRI and DCM analysis, identifying distinct roles for local and global motion processing.

The paper identifies a brain pattern specific to interpersonal guilt using neuroimaging data from two independent populations.

The paper identifies discrete neural activation patterns for 14 emotions using fMRI and pattern classification, showing distributed brain activity across multiple regions.