Stefanie Hoehl

The paper examines neural synchrony in dyads during a cooperative task and finds it varies with relationship type and performance metrics.

This study examines neural tracking of biological motion rhythms in infants and links it to caregiver touch-related behaviors and attitudes.

This study finds that higher maternal neuroticism is linked to stronger interpersonal neural synchrony with children during passive and free interactions, but not during structured tasks.

This study examines how interpersonal closeness and social interactivity affect neural synchrony using hyperscanning, finding that true dyads show higher synchrony than surrogates, with variations by dyad type and interaction condition.

This study examines how infants' neural responses and movements to music develop between 3, 6, and 12 months, finding early auditory processing and delayed structured movement responses.

This study assesses the feasibility of real-time interbrain synchrony measurement using fNIRS and wavelet transform coherence for neurofeedback applications.

This study examines neural tracking and rhythmic movements in 7-month-old infants during maternal singing, finding links to later expressive vocabulary.

The paper examines neural synchrony in mother-infant interactions during proto-conversations and finds it relates to turn-taking frequency and infant brain maturity and vocabulary development.

This study examines visual category representations in infants and adults using EEG data, revealing developmental changes in temporal dynamics, representational format, and spectral properties.

The paper examines how social touch in mother-infant interactions relates to neural and physiological synchrony, finding that touch is linked to neural synchrony but not physiological synchrony during naturalistic interactions.

The paper shows that 9-month-old infants exhibit a theta rhythm response to unexpected events, indicating early involvement of theta in prediction error processing.