Dimitrios Mylonas

The paper shows that hippocampal ripples during rest breaks predict motor learning in humans, suggesting a role for ripples in procedural memory.

The paper examines sleep spindle activity and memory consolidation in early psychosis patients and their relatives, finding spindle deficits and memory issues in patients but not relatives.

This study replicates group-level sleep EEG differences in schizophrenia and shows increased patient-to-patient variability in NREM metrics, with medication and age-related effects contributing to this heterogeneity.

The paper shows that epileptic spikes during sleep block sleep spindle production in thalamic recordings of patients with epileptic encephalopathy.

The paper replicates and extends findings on EEG spectral slope variation across sleep states in a large sample, identifying factors influencing slope estimates and their relationship to sleep parameters.

This study identifies NREM sleep and wake EEG biomarkers associated with schizophrenia symptom severity and disease status.

The paper shows sleep spindles help consolidate weakly encoded memories, reducing forgetting rates compared to staying awake.

The paper characterizes the spatial and temporal dynamics of slow oscillation-spindle coupling during sleep and finds individual variability in coupling phase that is stable across nights but not linked to memory change.