Catherine Tallon‐Baudry

This study investigates how cardiac interoception interacts with tactile perception, finding both competitive and facilitative effects on neural responses and self-relevance encoding.

This study investigates how cardiac, respiratory, and gastric rhythms independently modulate motor corticospinal excitability in humans using transcranial magnetic stimulation.

The paper uses NLP and neuroimaging meta-analyses to show that arousal has seven varieties but a domain-general cortical network underlies most, reconciling opposing views on arousal.

The paper identifies brain regions synchronized with the gastric rhythm during rest, showing sensory and motor areas are coupled to this rhythm while cognitive regions are not.

This study shows that heartbeat-evoked responses in ventromedial prefrontal cortex influence value encoding during preference-based decisions, contributing to choice consistency.

The paper investigates the relationship between subjective attention reports and neural/peripheral indices like alpha power and pupil diameter, finding distinct temporal dynamics in their associations.

The paper investigates how neural responses to heartbeats during imagination distinguish self from other, finding differences in specific brain regions.

The paper identifies a novel resting-state network in the brain that reflects delayed connectivity with the stomach's slow electrical rhythm, revealing new insights into how the brain represents bodily and external space.