The felt-presence experience: from cognition to the clinic

Extrastriate activity reflects sensorimotor-induced bias in estimating number of visual humans

“…This interpretation is in line with prior phenomenological description of clinical and robot-induced PH, which are non-visual, somatomotor (tactile, proprioceptive, motor) in nature ( Blanke et al. 2014 ; Barnby et al. 2023 ).…”

Extrastriate activity reflects sensorimotor-induced bias in estimating number of visual humans

“…This interpretation is in line with prior phenomenological description of clinical and robot-induced PH, which are non-visual, somatomotor (tactile, proprioceptive, motor) in nature ( Blanke et al. 2014 ; Barnby et al. 2023 ).…”

Presence Hallucination Induction through Robotically Mediated Somatomotor Conflicts – a pooled analysis of 26 experiments

“…This, however, differs if the prediction and the ascending sensorimotor signals are incongruent (asynchronous stimulation), leading to reduced attenuation of these incoming signals, and ultimately the action being attributed to an external agent or presence (Heinks-Maldonado et al, 2005; Shergill et al, 2003). We further hypothesize that this process of disrupting motor control, in line with the sensorimotor mismatch hypothesis (Barnby et al, 2023a; Blanke et al, 2014; Case et al, 2020), may mimic what naturally occurs in some patients with PH (Arzy et al, 2006; Blanke et al, 2003; Brugger et al, 1997). In fact, Bernasconi and colleagues presented compelling evidence that this setup mimics many phenomenological characteristics of actual symptomatic hallucination, by identifying a group of Parkinson’s disease patients suffering from symptomatic PH, who were more sensitive to riPH than patients without symptomatic PH (specifically in the asynchronous condition), and who likened the riPH to the symptomatic one experience in daily life (Bernasconi et al, 2021).…”

A probabilistic functional atlas based on extraoperative electrocortical stimulation mapping

“…[47] It is thought to be caused by a disruption of sensory integration pathways important for ones spatial sense of their own body. [46] Few cases have been reported induced by DES. [48, 49] To our knowledge, we offer the largest collection of DES-induced feelings of presence to date.…”

Extrastriate activity reflects sensorimotor-induced bias in estimating number of visual humans

“…This interpretation is in line with prior phenomenological description of clinical and robot-induced PH, which are non-visual, somatomotor (tactile, proprioceptive, motor) in nature ( Blanke et al. 2014 ; Barnby et al. 2023 ).…”

Presence Hallucination Induction through Robotically Mediated Somatomotor Conflicts – a pooled analysis of 26 experiments

“…This, however, differs if the prediction and the ascending sensorimotor signals are incongruent (asynchronous stimulation), leading to reduced attenuation of these incoming signals, and ultimately the action being attributed to an external agent or presence (Heinks-Maldonado et al, 2005; Shergill et al, 2003). We further hypothesize that this process of disrupting motor control, in line with the sensorimotor mismatch hypothesis (Barnby et al, 2023a; Blanke et al, 2014; Case et al, 2020), may mimic what naturally occurs in some patients with PH (Arzy et al, 2006; Blanke et al, 2003; Brugger et al, 1997). In fact, Bernasconi and colleagues presented compelling evidence that this setup mimics many phenomenological characteristics of actual symptomatic hallucination, by identifying a group of Parkinson’s disease patients suffering from symptomatic PH, who were more sensitive to riPH than patients without symptomatic PH (specifically in the asynchronous condition), and who likened the riPH to the symptomatic one experience in daily life (Bernasconi et al, 2021).…”

A probabilistic functional atlas based on extraoperative electrocortical stimulation mapping

“…[47] It is thought to be caused by a disruption of sensory integration pathways important for ones spatial sense of their own body. [46] Few cases have been reported induced by DES. [48, 49] To our knowledge, we offer the largest collection of DES-induced feelings of presence to date.…”

Extrastriate activity reflects sensorimotor-induced bias in estimating number of visual humans

“…This interpretation is in line with prior phenomenological description of clinical and robot-induced PH, which are non-visual, somatomotor (tactile, proprioceptive, motor) in nature ( Blanke et al. 2014 ; Barnby et al. 2023 ).…”

Presence Hallucination Induction through Robotically Mediated Somatomotor Conflicts – a pooled analysis of 26 experiments

“…This, however, differs if the prediction and the ascending sensorimotor signals are incongruent (asynchronous stimulation), leading to reduced attenuation of these incoming signals, and ultimately the action being attributed to an external agent or presence (Heinks-Maldonado et al, 2005; Shergill et al, 2003). We further hypothesize that this process of disrupting motor control, in line with the sensorimotor mismatch hypothesis (Barnby et al, 2023a; Blanke et al, 2014; Case et al, 2020), may mimic what naturally occurs in some patients with PH (Arzy et al, 2006; Blanke et al, 2003; Brugger et al, 1997). In fact, Bernasconi and colleagues presented compelling evidence that this setup mimics many phenomenological characteristics of actual symptomatic hallucination, by identifying a group of Parkinson’s disease patients suffering from symptomatic PH, who were more sensitive to riPH than patients without symptomatic PH (specifically in the asynchronous condition), and who likened the riPH to the symptomatic one experience in daily life (Bernasconi et al, 2021).…”

A probabilistic functional atlas based on extraoperative electrocortical stimulation mapping

“…[47] It is thought to be caused by a disruption of sensory integration pathways important for ones spatial sense of their own body. [46] Few cases have been reported induced by DES. [48, 49] To our knowledge, we offer the largest collection of DES-induced feelings of presence to date.…”