Robert A. Seymour

This study investigates the development of visual phase-amplitude coupling (PAC) using MEG in children and adults, finding that PAC increases with age in adults but is absent in children.

The paper introduces the Brain Stability Index (BSI) to quantify within-subject neural changes over time using MEG data and validates its robustness against measurement noise.

This study shows that OPM-MEG can detect theta oscillation attenuation in the medial temporal lobe during scene imagination without requiring individual MRI scans.

This paper investigates how theta phase and theta-gamma coupling organize neural dynamics during spoken language production, identifying key brain regions and their functional roles.

This paper presents a VR system integrated with wearable MEG that enables whole-brain recordings during naturalistic behaviors.

The paper uses MEG data and a PLS approach to link poor sleep quality and cognitive performance to electrophysiological signatures, independent of age effects.

The paper presents a multimodal dataset of wearable MEG and EMG recordings during human stepping, validated with beta band desynchronization in the primary motor cortex.

This paper combines video telemetry with wearable MEG to analyze naturalistic movement and neural activity during dance.

This study investigates perspective-taking in autistic and non-autistic adolescents using MEG, finding differences in theta and alpha power and reaction times.

The paper demonstrates non-invasive imaging of brain, spinal cord, and muscle interactions during movement using optically-pumped magnetometers.

This study uses MEG to compare predictive brain function in younger and older children during an auditory oddball task, finding larger mismatch field amplitudes in older children, particularly in the right inferior frontal gyrus.

The paper investigates high-frequency brain activity in the temporal lobes using MEG data, finding a bilateral network but uncertainty about its origin.

The paper uses MEG to compare mismatch field amplitudes between autistic and neurotypical children, finding no significant group differences but suggesting larger amplitudes in autistic children.

The paper introduces fBOSC, a method to improve oscillatory burst detection by robustly estimating 1/f background activity in neural data.

This study uses MEG to show increased gamma power and reduced alpha-gamma phase-amplitude coupling in primary visual cortex of visual snow syndrome patients, suggesting hyperexcitability and disrupted rhythmic activity.

This study demonstrates that OP-MEG can measure neural activity during significant head movements, including standing and large natural movements, with consistent auditory evoked fields.

This paper models and corrects magnetic field variations in moving OP-MEG data to reduce movement artefacts.

The paper models magnetic interference in optically pumped magnetometers as a mean field to improve statistical power and reduce sensor variability.

This study replicates and extends findings of reduced 40Hz auditory steady state responses in ASD adolescents compared to typically developing controls.

This study uses MEG to map brain activation dynamics during naturalistic audiovisual stimuli, showing distinct patterns for visual and auditory stimuli classes.

Once the aperiodic 1/f component is modelled, the childhood shift of MEG power toward higher frequencies no longer holds; only beta power rises with age, alongside a flatter spectrum.

This study investigates altered oscillatory connectivity in the visual system of individuals with autism spectrum disorder, finding reduced feedback connectivity and local processing dysregulation.

This study investigates brain oscillations during perspective-taking using MEG, finding theta-band activity in rTPJ and related regions, and showing top-down control from PFC and ACC.

The paper detects phase amplitude coupling in visual processing using MEG data and evaluates four algorithms for PAC analysis.