Teresa Sousa

The paper examines how signal quality affects inter-individual variability in fNIRS data and introduces an open dataset with multi-task recordings and peripheral physiology measures.

This paper develops a music-based real-time fMRI neurofeedback interface that modulates interhemispheric connectivity and improves mood in healthy adults.

The paper uses multivariate pattern analysis to decode emotion categories from brain activity during self-selected music listening, revealing consistent neural correlates across auditory, motor, and interoceptive regions.

This paper develops and tests a multichannel electrocutaneous device for non-invasive somatosensory stimulation during fMRI, confirming its safety and ability to elicit expected brain activity.

The paper uses fMRI to decode music-evoked valence and arousal by analyzing neural correlates and musical features, finding expressive features modulate reward and emotion networks.

The paper uses fMRI-based adaptation to show reciprocal inhibition in hMT+/V5 influences perceptual decision and reverses repetition suppression.

The paper investigates whether facial emotion cues modulate early EEG components like N170, P100, and P250 during face recognition, finding that non-neutral expressions affect N170 and P250 amplitudes but not P100.