Roshini Randeniya

The paper demonstrates remote EEG data collection using EmotivPRO Builder and EmotivLABS, showing a significant alpha power difference between resting state conditions.

The paper investigates context adjustment in autism using auditory oddball paradigms, finding no group differences in early responses but larger evoked responses in autism associated with auditory sensitivities.

This study investigates sensory-perceptual differences in autism using a decision-under-uncertainty paradigm, finding intact priors, precise likelihood, reduced context updating, and heightened variability in sensory learning.

This study replicates findings that sensory learning and inference impairments are linked to psychotic-like experiences in a non-clinical population.

The paper investigates whether healthy individuals with psychotic experiences show reduced auditory prediction errors and white matter microstructure, using EEG and MRI data.

This paper introduces a Bayesian Model Selection method for group-level M/EEG data analysis using SPM, enabling hypothesis comparison across brain regions and participants.

The paper identifies a widespread white matter connectivity reduction in healthy individuals with more psychotic-like experiences, suggesting a potential biomarker for psychosis risk.

The paper investigates how structural connectivity of auditory white matter pathways facilitates functional connectivity in auditory prediction error generation within a fronto-temporal network.