Andrew J. Oxenham

The paper investigates contraction bias in pitch discrimination, finding that it reflects decision biases rather than sensory biases based on context.

The paper investigates neural substrates of perceptual confusion between pitch and timbre by analyzing fMRI responses to manipulated auditory stimuli.

This study investigates whether musical training enhances early auditory neural responses and finds no evidence of such enhancement in a large-scale, multi-site study.

CompHEAR enables large-scale auditory experiments for cochlear implant sound processing research, supporting up to 10,000 concurrent users and facilitating global collaboration.

This study investigates how congenital amusia affects perception of consonance through behavioral thresholds and brain responses to harmonicity and beating cues.

This study shows that auditory cortical gradients are organized by both spectral content and pitch, with primary regions tuned to spectral content and higher-level pitch tuning in surrounding areas.

The paper investigates auditory contrast enhancement in humans using EEG, finding robust cortical enhancement that correlates with behavior and supports a theoretical model of neural adaptation of inhibition.

The paper introduces a rapid headphone screening test based on Huggins Pitch to identify headphone users in online auditory experiments, showing higher selectivity than existing methods.

The paper investigates how cochlear place coding mediates frequency modulation perception across different hearing conditions and finds that FM detection thresholds correlate with place-coding fidelity regardless of modulation rate.