Catherine M. Sweeney‐Reed

This study investigates thalamic oscillatory mechanisms during motor sequence learning, finding distinct roles for beta-band power and beta-high-frequency coupling in supporting learning.

This study shows that VIM-DBS enhances motor learning for fixed sequential finger movements but not for random sequences, indicating its role in thalamo-cortical motor learning.

This study shows that biperiden impairs motor sequence learning by disrupting theta, alpha, and beta oscillations in the motor network.

This study uses ultra-high-field fMRI to examine how prospective memory tasks affect functional connectivity between the anterior thalamus and cortical regions, finding increased connectivity with DLPFC and STG during prospective memory tasks.

This paper evaluates CNNs for EEG decoding and introduces saliency maps to visualize model features, showing CNNs outperform LDA on high-dimensional data.