Michael Freedberg

The paper compares micro-online and micro-offline gains in implicit motor sequence learning and finds that only micro-online gains correlate with skill improvement.

The paper shows that including motor preparation time in micro-offline gain calculations changes the sign of the gain and strengthens its correlation with learning.

The paper identifies age-dependent neuromodulation targets for visual memory by analyzing stimulation and lesion connectivity across multiple datasets.

This study finds older adults show stronger E[->]P interference compared to younger adults, suggesting an asymmetric decline in episodic memory affects cross-memory interference.

The paper shows that motor sequence learning induces corticospinal plasticity most prominent during mu peak phases, correlating with learning.

This study failed to reproduce Brown and Robertson's (2007) finding of procedural memory interference with episodic memory consolidation in young and older adults, showing no significant difference in interference between age groups.

This study examines age-related changes in hippocampal and caudate network specificity using fMRI data from young and older adults, finding reduced within-network connectivity in both networks with aging.

This study investigates how rTMS-induced changes in hippocampal functional connectivity and memory are linked to white matter pathways from the inferior parietal cortex.

The paper investigates how inhibitory TMS over the right PPC affects visuospatial attention networks and finds that callosal anisotropy correlates with changes in resting-state functional connectivity.

This study shows that prism adaptation modulates brain connectivity in healthy individuals, with right PA increasing right-hemisphere network connectivity and left PA having opposite effects.

This study identifies TMS-evoked EEG potentials (TEPs) that are site- and stimulation-specific by analyzing cosine similarity across different stimulation sites and active vs. sham TMS.