Jevita Potheegadoo

The paper pools data from 26 experiments to analyze the induction of presence hallucinations using a robotics-based protocol, finding medium effect sizes and associations with schizotypal traits and passivity.

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 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 investigates whether numerosity estimations for self-generated words are attenuated, finding increased functional connectivity in the intraparietal sulcus during self-generated word estimation.

The paper introduces and validates a torso-worn force display called Cogno-vest to induce specific bodily sensations and hallucinations through sensorimotor conflict.

This study uses robotics to induce hallucinations in Parkinson's disease patients and identifies a disrupted neural network associated with sensorimotor hallucinations.