Alex I. Wiesman

This study shows that cortical alpha and beta oscillations form a continuous spatio-spectral gradient across the neocortex, correlating with cognition and aging.

The paper examines how chemoarchitecture influences frequency-resolved functional connectivity and how aging affects this relationship, finding that neurochemical-functional alignment varies by frequency and impacts cognitive performance.

This paper introduces geodesic cortical flow to quantify spatiotemporal propagation patterns in resting-state MEG data from healthy adults, revealing frequency-specific directional biases and cognitive associations.

The study examines how neurophysiological traits evolve across the lifespan using MEG data from 1,000 individuals, finding age-related shifts in brain regions associated with individuality and genetic influences.

This study determines the minimal data duration needed for robust spectral estimates in resting-state MEG, showing that 30-120 seconds of data are sufficient across different recording conditions and populations.