Bruno Herbelin

This study shows that motor cortex and peripheral muscles are reactivated during memory retrieval, supporting the embodied nature of episodic memory.

The paper investigates how bodily self-consciousness affects episodic memory in a patient with hippocampal damage, showing that embodied encoding leads to stronger memory deficits.

This study examines how meditation from a third-person perspective affects the sense of self and neural responses, finding increased detachment and altered heartbeat-evoked potentials.

This study shows that premotor-hippocampal coupling supports the sense of self in episodic memory by linking self-related encoding to retrieval.

This paper develops a digital marker using numerosity estimation in virtual reality to quantify hallucinations in Parkinson's disease patients, showing it is effective in both lab and home settings.

The paper uses EEG to study brain responses during breaks in embodiment in VR, finding error-related potentials linked to non-embodied conditions.

The paper shows that users in VR are less likely to notice avatar finger swaps that help them complete tasks compared to those that hinder them.

This study shows that perceiving articular limits during reaching movements in VR can disrupt embodiment if the avatar's movement does not match the user's proprioceptive feedback.

The paper demonstrates that peri-personal space encoding adapts rapidly to sensory history, supported by psychophysical, electrophysiological, and neural network modeling evidence.

The paper shows that viewing one’s body during encoding improves delayed recognition memory for 3D scenes, linking bodily self-consciousness to episodic memory.