Micah M. Murray

This study examines how children develop the ability to segregate target talkers from competing faces using audiovisual cues, showing that efficient segregation emerges around age 5-6 with structured gaze strategies.

The paper examines how individual learning strategies and performance affect neural dynamics during second language vocabulary acquisition, finding that overall exposure and practice drive learning outcomes rather than specific strategies.

This study shows that children's second language vocabulary learning is better captured by EEG topography and global field dynamics than by the N400 amplitude, with proficiency-dependent changes observed.

The paper identifies altered functional connectivity patterns in young children with ASD using EEG data and links them to cognitive, social, and sensory dimensions of the disorder.

This study uses EEG to show that visual cortices are the earliest site of face and letter sensitivity when conveyed via sensory substitution devices in congenitally blind individuals.

The paper develops a computational model of human primary visual cortex tuned to psychophysical data on geometric optical illusions, showing it can replicate human perceptual biases.

This study examines how preterm birth affects auditory sensory and semantic processing in school-age children using auditory evoked potentials to environmental sounds.

This paper introduces a high-resolution, fast-sampled fMRI technique for whole-brain BOLD signal measurement, demonstrating improved spatial and temporal resolution in human studies.

This paper introduces fMRIflows, a fully automatic fMRI processing pipeline that provides standardized preprocessing and both univariate and multivariate analyses.

This study investigates how visual attention is influenced by top-down goals, multisensory stimuli, and contextual factors like semantic relationships and temporal predictability in naturalistic settings.

This paper shows that topological features of EEG data are reference-invariant, while correlation spaces are not, suggesting topological analysis can capture individual brain dynamics.

The paper shows that multisensory integration enhances neural encoding of inanimate objects more than animate ones, improving object recognition through shared brain representations.

This study shows that sounds enhance the perception of illusory contours in humans, demonstrating multisensory augmentation of mid-level visual processing.

This study investigates whether selective attention to spatial sound features determines cross-modal activation of visual cortices, finding that the ACOP occurs only when participants attend to sound location.

The paper identifies duration-sensitive neural populations in human medial premotor cortex that form topographical maps of time, termed chronomaps.