Lucia M. Talamini

The paper shows that theta phase-locked memory reactivation during REM sleep reduces the emotional tone of memories without affecting recognition.

This paper demonstrates that modeling-based closed-loop neurostimulation using an EEG headband can enhance slow-wave sleep through acoustic stimulation of slow oscillations.

This study shows that precisely phase-locked acoustic stimuli increase slow oscillations and delta power globally, but decrease fast spindles both short and long term during sleep.

This study examines functional connectivity in rats during the wake-sleep cycle to determine if consciousness fluctuates within brain states.

This paper introduces M-CLNS, a real-time signal modeling approach for closed-loop neurostimulation that adapts to signal variance and targets various brain oscillations across species and frequencies.

This study uses closed-loop auditory stimulation to show that boosting slow oscillations during NREM sleep reduces dreaming likelihood.

This study finds increased sleep spindle activity in PTSD patients, correlating with intrusive memory symptoms, and introduces a new spindle detection method.

This paper introduces a closed-loop neurostimulation method to reduce noise-induced sleep disruptions by aligning sound pulses with slow oscillations, showing decreased noise-related arousals and increased sleep stability.

This study identifies distinct EEG spectral changes in PTSD patients during NREM and REM sleep, correlating with insomnia and nightmares, and proposes a spectral index as a potential biomarker.