We review the role of oscillations in the brain and in the auditory system showing that the
ability of humans to distinguish changes in pitch can be explained as a precise analysis of …

Temporal processing is crucial for auditory perception and cognition, especially for
communication sounds. Previous studies have shown that the auditory cortex and the …

Temporal coding of auditory stimuli is critical for understanding communication signals. The
bushy cell, a major output neuron of the ventral cochlear nucleus, can “phase-lock” precisely …

Cultured neuronal networks (CNNs) are powerful tools for studying how neuronal
representation and adaptation emerge in networks of controlled populations of neurons. To …

Modeling central auditory neurons in response to complex sounds not only helps
understanding neural processing of speech signals but can also provide insights for …

There has been a considerable interest in the role of time-dimension in functions of the
brain, which has been limited to time perception and timing of behavior. However, during …

Проведен аналитический обзор экспериментальных данных и моделей,
характеризующих уменьшение во времени мгновенной частоты импульсации волокон …

Ray was a scientist in the classical sense: a creative intellect who sought the truth. He was
also someone who had a profound impact on the career of many hearing scientists. Ray …

Les acouphènes sont caractérisés comme étant des sons" parasites"(crépitement,
bourdonnement, sifflement) provoqués en absence de stimulus externes. Ce trouble est …

El sistema auditivo utiliza dos mecanismos fundamentales para la percepción de
alturatonal. Uno de ellos (conocido como" tonotópico"," espectral" o" de lugar") se basa en …