Satoshi Umeda

This study shows that heartbeat-related bodily processing influences the organization of spontaneous thought, with higher cardiac interoceptive accuracy linked to more self-related thought transitions.

This study examines autonomic and cortical responses to heartbeat-synchronous auditory omissions during an auditory attention task, finding distinct responses under active response conditions.

The paper uses a hierarchical generative model to analyze brain-body interaction dynamics during interoceptive attention, finding increased latent precision in multimodal physiological signals.

This study examines how cardiac interoception influences transitions between thought states and autonomic nervous activity, showing that interoceptive accuracy affects thought persistence and transitions during task performance.

This study shows that interoceptive accuracy influences how thought states change with autonomic nervous activity fluctuations.

This study investigates how brain-body interactions influence the transition from mind wandering to awareness of ongoing thought using EEG, ECG, and respiration data.