H. Henrik Ehrsson

The paper shows that beta frequency predicts somatosensory temporal integration during self-touch, while alpha frequency governs visuotactile integration when vision is present.

The paper shows that individual alpha frequency from the parietal cortex predicts temporal binding windows and body ownership perception, with faster frequencies narrowing windows and increasing sensitivity.

This study finds a positive correlation between cardiac interoceptive accuracy and occipital cortical thickness in congenitally blind individuals.

The paper investigates how the brain recalibrates temporal expectations for self-touch through dynamic changes in somatosensory and cerebellar activity.

The paper investigates how body ownership during memory encoding affects hippocampal and parietal cortex activity and memory reinstatement during retrieval.

This study investigates the neural correlates of body ownership and agency during voluntary movement using fMRI and identifies overlapping and distinct brain regions involved.

This study finds that blind individuals have better accuracy in detecting their heartbeat compared to sighted controls, suggesting enhanced cardiac interoception due to visual deprivation.

The paper shows that individual tactile pleasantness follows a velocity-dependent quadratic function across skin types, with stability and trait-like characteristics.

The paper distinguishes between predictive attenuation and tactile gating as separate perceptual phenomena by showing they operate independently and are not correlated.

The paper tests whether observing self-touch actions leads to somatosensory attenuation, finding no evidence for it, suggesting the mirror neuron system does not automatically simulate observed actions.

The paper investigates thermosensation across different skin types and interoceptive sub-modalities, finding higher thermosensitivity on hairy skin and no significant relationships between modalities.

This study investigates how synchronous visuotactile stimulation of multiple body parts affects the illusion of full-body ownership, finding that synchronization enhances ownership ratings across all body parts.

This study shows that perceiving an opposite-sex body through an illusion leads to more balanced gender identification and reduced gender-stereotypical beliefs.

This study tests whether efference copy is necessary for somatosensory attenuation of self-generated touch, finding that voluntary movement, not passive movement, leads to reduced perceived intensity.

The paper investigates how cerebellar connectivity with somatosensory areas correlates with the perception of self-generated touch attenuation in humans.

The paper shows that people can rapidly unlearn to reduce the intensity of self-generated touch and learn to reduce delayed touch after repeated exposure to a systematic delay.