Douglas J. Angus

This study examines how continuous and intermittent hypoxia affect spatial navigation and resting-state EEG in healthy adults, finding impairments in navigation and specific EEG features.

This study examines the long-term reliability and stability of parameterized resting state EEG metrics over five years, finding fair to excellent test-retest reliability and age-related changes.

This study quantifies hypoxia's impact on cognitive performance across domains using 46 studies, finding significant impairments in processing speed, long-term storage, and psychomotor speed.

The paper examines how aperiodic EEG activity relates to verbal fluency performance across adulthood, finding that smaller offsets correlate with poorer performance and greater aperiodic activity correlates with better performance.

The paper shows that resting EEG metrics IAPF and aperiodic exponent interact to predict cognitive decline over 10 years in midlife adults.

This study evaluates the test-retest reliability of SpecParam in measuring EEG activity across different conditions and finds good reliability for aperiodic parameters and some periodic parameters, but poor reliability in eyes-open resting conditions.

The paper examines resting EEG activity in Parkinson's Disease patients on and off medication, finding medication-invariant differences in aperiodic activity that contribute to neural correlates of the disorder.