Duc T. Nguyen

The paper identifies mechanical artifacts in tFUS-induced LFP signals in anesthetized rats, showing they mimic genuine neural responses and are artifact-driven.

This study examines time-varying neural engagement during music listening using EEG inter-subject correlations, finding significant correlations during musical tension but not at climactic peaks.

This study shows that amplitude-modulated tFUS reduces neuronal firing rate, while continuous-wave tFUS increases it, with effects influenced by baseline brain rhythms.

The paper examines inter-subject correlation (ISC) of EEG and behavioral responses to minimalist music, finding lower ISC for minimalist stimuli compared to popular music.

This study shows that amplitude-modulated transcranial focused ultrasound (AM-tFUS) differentially affects excitatory and inhibitory neurons in the rat hippocampus based on intensity.

This study examines neural correlations during music listening, finding that disrupted musical structures increase time-domain correlations while beat-related frequencies show peak coherence.