Djamari Oetringer

The paper investigates how global brain states modulate hippocampal responses to event boundaries and their relation to memory formation.

This paper introduces gaze-aware encoding models for fMRI data that improve performance with fewer parameters by incorporating eye-tracking data from naturalistic viewing conditions.

This study investigates the propagation of neural state boundaries in intracranial data during movie watching, finding evidence for top-down propagation at clause boundaries and mixed directionality depending on stimulus input.

The paper examines how age affects neural state duration and event perception during naturalistic viewing, finding increased state duration with age but preserved event boundary alignment.

This study identifies anti-correlated neural states across multiple spatial scales in naturalistic brain activity, showing their relationship to stimulus changes and functional organization.

The paper identifies neural states in fMRI data that align with environmental changes, supporting the idea that neural states reflect stable environmental features and follow a cortical temporal hierarchy.

The paper investigates how neural states are organized across the cortical hierarchy and their relation to perceived event boundaries in the human brain.

This study investigates whether rhythmic cues improve perceptual discrimination and finds no evidence of entrainment, but suggests a link between cue frequency and faster reaction times.