Oscillations

Decoding the Neural Basis of Interactions between Emotional Speech Processing and Attentional Control in Realistic Environments
Decoding the Neural Basis of Interactions between Emotional Speech Processing and Attentional Control in Realistic Environments

MEG study on the interplay between visuo-spatial workload and emotional speech during simulated driving. Our results revealed that fronto-temporal regulatory oscillatory modulation in the gamma band plays a key role in regulating emotion interference.

Jun 20, 2025

Neural and Pupillary Oscillations of External and Internal Information Processing Modes during Emotional Speech Processing and Visuo-spatial Workload
Neural and Pupillary Oscillations of External and Internal Information Processing Modes during Emotional Speech Processing and Visuo-spatial Workload

MEG study on the interplay between cognitive workload and emotional speech during simulated driving, revealing two Information processing modes reflected in neural and pupillary oscillations.

Jun 19, 2025

🧠✨ Publication Alert: Emotional Faces and Working Memory in Dual-Task Contexts
🧠✨ Publication Alert: Emotional Faces and Working Memory in Dual-Task Contexts

MEG and eye-tracking study reveals distinct neural and physiological signatures of emotional face processing and working memory load in a dual-task setting.

Jun 12, 2025

Neurophysiological Basis of Emotional Face Perception and Working Memory Load in a Dual-task MEG Study
Neurophysiological Basis of Emotional Face Perception and Working Memory Load in a Dual-task MEG Study

This study investigates the neurophysiological effects of emotional face processing and working memory load in a dual-task MEG study, revealing distinct effects on ERFs, oscillations, and gaze behavior.

Jun 9, 2025

Navigating through Emotion-Cognition Interactions: Brain Oscillations of Visuo-Spatial Attention and Auditory Emotional Processing during Simulated Driving

MEG study on the interplay between cognitive workload and emotional speech during simulated driving, revealing oscillatory dynamics in the theta, alpha, and beta bands.

Oct 10, 2024