Sophie K. Herbst

This study investigates how temporal and spectral predictions contribute to auditory detection, finding they have distinct effects but interact synergistically to enhance perceptual sensitivity.

The paper investigates how working memory stores durations, finding that the number of durations, not their total length, affects recall precision and is reflected in alpha and beta oscillations.

This study shows endogenous delta oscillations can be observed in human MEG during rest using advanced signal processing techniques.

The paper compares implicit and explicit timing mechanisms using MEG, finding that implicit timing improves behavioral and neural responses, while explicit timing does not benefit from temporal predictions.

The paper shows that implicit temporal contingencies improve pitch discrimination and influence delta oscillation phases in auditory cortex, without rhythmic input.

The paper shows that late cortical tracking of ignored speech enhances neural selectivity in noisy conditions by involving fronto-parietal regions.

The paper uses forward encoding models to track temporal hazard in EEG data during a pitch-discrimination task, showing that hazard function variations are reflected in neural signals, particularly in the supplementary motor area.