Bobby Boge Stojanoski

The paper compares neural responses to real and virtual faces expressing different emotions, finding distinct brain activity patterns for face type and emotional expression.

The paper examines age-related changes in functional connectivity and clinical outcomes in neurodivergent and neurotypical youth, finding divergence in connectivity patterns during adolescence that precedes clinical differences.

The paper examines how cognitive ability relates to neural synchrony during movie watching in children and adolescents, finding age- and cognition-related differences in brain network synchrony.

This study examines the developmental trajectories of social cognition networks in children and adolescents using movie-based functional connectivity analysis.

This study identifies unique functional connectivity patterns in autism associated with five sensory processing phenotypes using machine learning.

The paper examines how socioeconomic status and adversity affect the maturation rates of functional brain networks in children and adolescents, finding distinct associations with the default mode and hippocampal networks.

The paper examines multisensory integration network (MSN) functional connectivity in neurodevelopmental disorders and finds that sensory characteristics, not diagnoses, drive the observed neural patterns.

The paper uses machine learning on fMRI data to predict cognitive abilities in children and adolescents with ADHD, finding distinct neural mechanisms in different age groups.

This study examines how prolonged aerobic and resistance exercise affect cognitive abilities in sedentary young adults, finding aerobic exercise improves memory and reasoning, with cardiovascular fitness metrics predicting these improvements.

This study examines cognitive training effects on white matter changes and transfer to similar or different tasks, finding no transfer but distinct white matter modifications in trained groups.

This study examines neural synchrony during movie watching in children with and without autism, finding reduced synchrony in ASD-diagnosed children in social cognition-related brain areas.

The paper investigates how semantic information during encoding in ventral visual areas improves visual short-term memory for real-world objects.

The paper investigates domain-level organization of object representations in the human medial temporal lobes using fMRI and RSA, finding evidence for animacy and real-world size effects in perirhinal, parahippocampal, and hippocampal regions.

The paper quantifies differences in spatial and temporal motion patterns between adults and infants during MRI, finding distinct motion modes and distribution characteristics.