Michal Ramot

This paper introduces typicality as a framework to link individual differences in behavior to neural systems by analyzing naturalistic movie viewing and behavioral tasks.

The paper develops a novel task to disentangle face perception and memory, finding they operate independently under low demand but interact in complex conditions through strategic shifts in processing.

The paper evaluates the reliability of cognitive tasks using a large dataset and develops a web tool to predict reliability based on trial numbers and participants.

The paper evaluates how insufficient eye tracking data affects fixation preference reliability and between-group differences in typically developing and ASD participants.

The paper examines neural and eye movement typicality in typically developing and autism spectrum individuals during social interaction movies, revealing distinct yet overlapping systems for social orienting and mentalizing.

The paper investigates how face memory relies on connections between visual, memory, social, and auditory networks, finding it is specific to faces and not other objects.

This paper uses real-time fMRI neurofeedback to train brain networks in ASD participants, resulting in significant long-term changes in connectivity patterns correlated with behavioral improvements.