Frederic Dick

This paper develops an fMRI method to measure contrast sensitivity across the visual field without requiring precise fixation, showing reliable patterns and tolerance to eye movement.

This paper presents a multimodal neuroimaging dataset of adolescents combining fMRI, eye-tracking, and cognitive tasks to study brain development and mental health.

The paper shows that the brain encodes network structure using distinct brain regions, with hippocampus representing shortest-path distances and retrosplenial complex representing global connectivity.

This study uses fast fMRI to characterize voxelwise auditory hemodynamic response functions (HRFs) and finds diverse, reliable, and regionally specific HRFs not captured by standard models.

AutoNeuro enables real-time fMRI with adaptive task design by integrating acquisition, preprocessing, and Bayesian optimization for closed-loop neuroimaging.

The paper investigates attentional modulation in auditory responses, finding cortical but not brainstem modulation during a selective attention task.

The paper shows natural sound categories are organized across continuous cortical gradients integrating acoustic and semantic information, revealing a new framework for understanding auditory perception.

The paper introduces a multimodal neuroimaging database combining movie-watching, eye-tracking, and sensory mapping tasks with high-quality fMRI data.

The paper investigates how statistical learning of probability distributions affects auditory perception and decision-making, finding that it dynamically shapes sensitivity and introduces perceptual biases.

The paper shows that auditory conceptual navigation recruits spatial grid-like computations in the entorhinal-hippocampal system, as evidenced by fMRI and behavioral experiments.

The paper shows that category learning enhances attentional gain to diagnostic perceptual dimensions in auditory cortex, as evidenced by neural prioritization of relevant frequency bands during task performance.

The paper shows that sustained EEG responses to stochastic sounds reflect the brain's tracking of statistical precision during sensory processing.

The paper tests models of auditory salience by showing that distracting sounds disrupt timing behavior, with effects lasting up to 2 seconds.

The paper links quantitative MRI parameters to cell type-specific gene expression in human neocortex, showing associations with GABA- and glutamatergic neurons and other cell types.

This paper introduces procedures for conducting online auditory psychophysics with high auditory hygiene, demonstrating reliable threshold estimates and frequency-selective attention measurements in a short time.

The paper investigates how dimensional salience and selective attention affect cortical tracking of acoustic dimensions using EEG measurements.

This paper uses Bayesian optimisation with fMRI to rapidly map residual brain network function in stroke patients, revealing patient-specific abnormalities linked to behavioural performance.

The paper investigates how auditory attention modulates neural phase-locking to sound streams and finds that attention enhances sinusoidal modulations aligned with sound rhythm.

The paper investigates altered functional connectivity in congenital amusia during speech perception, finding reduced connectivity between language and pitch-related brain regions.

The paper introduces MBOPP, a new tool for assessing prosody perception, with two subtests and the ability to examine individual acoustic features and calibrate difficulty.

The paper investigates how attentional modulation of neural phase is enhanced by short-term training and linked to musical experience in auditory attention tasks.

The paper shows that microsaccade inhibition within 300ms of sound onset is a reliable indicator of auditory salience, validated through crowd-sourced ratings and neural measurements.

The paper shows that individuals with pitch perception deficits use different perceptual strategies to process speech, relying more on duration cues and compensating for their deficits in speech and music perception.

The paper shows that phasic pupil dilations correlate with unexpected structural violations in sensory sequences, indicating norepinephrine tracks unexpected uncertainty.

The paper uses quantitative MRI to map microstructural differences in young adult cortex, finding age-related increases in myelin markers and regional variations in tissue composition.

This paper compares MEG source inversion algorithms and fit metrics to determine the laminar origin of neural activity, finding that sparsity-constrained methods and specific fit metrics improve discrimination accuracy.

The paper uses MEG to show laminar-specific frequency activity in human visual and sensorimotor cortices, with distinct roles for alpha/beta and gamma bands.

This paper shows that spectrally-directed attention modulates auditory cortex activation in a way that mirrors tonotopic organization and correlates with myeloarchitecture.