Judith Carolien Peters

The paper investigates phase-dependent perceptual biases during speech categorization and finds item-specific theta-gamma phase-amplitude coupling linked to neural and perceptual responses.

This paper characterizes laminar organization across four visual areas using multimodal data, finding parvalbumin profiles as the most discriminative feature.

This study uses fMRI to investigate how V1 and hMT+ interact during bistable motion perception, finding stronger feedback coupling in V1 during ambiguous stimuli.

This study uses fMRI to investigate how neural dynamics in the brain resolve ambiguous motion perception, finding distinct interactions between frontal and parietal regions during transitions and sustained perceptions.

This study examines how participants evaluate their performance in fMRI neurofeedback tasks, finding that prediction accuracy improves with learning but confidence remains stable.

The paper shows that pronouns reactivate noun-specific neurons in the human hippocampus during reading, linking memory and language at the single-cell level.

This paper shows that the layered structure of the cortex explains increased alternation rates in bistable perception through mechanisms like interlaminar inhibition and input suppression.

This study uses CBV-sensitive fMRI to quantify columnar organization in human hMT+ for axis-of-motion stimuli, showing higher specificity with VASO over BOLD.

The paper uses intracranial recordings to show that the insula encodes pain intensity from different stimuli with distinct spatial and temporal coding patterns.

The paper shows that human single neurons encode sequence order through phase-locked spikes relative to theta oscillations, similar to rodent phase precession.

This study shows human hippocampal neurons represent temporal information during structured tasks and gaps, supporting a role in episodic memory.