John P. Veillette

Encoding of semantic meaning in the brain reflects religious affiliation

The paper shows that religious affiliation influences how the brain processes religious speech, with semantic representations shaped by prior religious experience.

Listening with your heart: The heartbeat shapes auditory object formation by suppressing the early neural response to sound

The paper shows that suppressing early neural responses to sound during the cardiac cycle can lead to qualitative changes in auditory perception, such as perceiving sounds as separate streams.

Timing of speech in brain and glottis and the feedback delay problem in motor control

The paper investigates how the brain predicts peripheral timing during speech production and how this relates to motor control and feedback delays.

Overlapping Cortical Substrate of Biomechanical Control and Subjective Agency

This study decodes subjective agency from brain regions involved in biomechanical control using fMRI and deep neural networks.

Bayesian p-curve Mixture Models as a Tool to Dissociate Effect Size and Effect Prevalence

This paper introduces a Bayesian method to estimate effect prevalence and size by clustering participant data, outperforming existing methods when effect size is uncertain.

Cardiac afferent signals can facilitate visual dominance in binocular rivalry

This study shows cardiac afferent signals can enhance visual dominance in binocular rivalry, contradicting the Baroreceptor Hypothesis.

Temporal Dynamics of Brain Activity Predicting Sense of Agency over Muscle Movements

This study manipulates the sense of agency over electrically actuated muscle movements and identifies distinct neural processes predicting agency using EEG time-resolved decoding.

Permutation-based group sequential analyses for cognitive neuroscience

This paper introduces a permutation-based sequential analysis method for neuroimaging studies to improve statistical power and reduce sample size requirements.

Going beyond rote auditory learning: Neural patterns of generalized auditory learning

This study compares neural responses to generalized and rote auditory learning, finding distinct patterns in early auditory processing for generalized learning.