The cochlea's wave-based signal processing allows it to efficiently decompose a complex
acoustic waveform into frequency components. Because cochlear responses are nonlinear …

Basilar membrane responses to clicks were studied in chinchilla cochleae using laser
velocimetry. Responses of a basilar membrane site located 3.5 mm from the oval window …

Multiple internal reflection of cochlear traveling waves has been argued to provide a
plausible explanation for the waxing and waning and other temporal structures often …

Georg von Békésy observed that the onset times of responses to brief-duration stimuli vary
as a function of distance from the stapes, with basal regions starting to move earlier than …

At low stimulus levels, basilar-membrane (BM) mechanical transfer functions in sensitive
cochleae manifest a quasiperiodic rippling pattern in both amplitude and phase. Analysis of …

We recorded responses of the gerbil basilar membrane (BM) to wideband tone complexes.
The intensity of one component was varied and the effects on the amplitude and phase of …

Basilar-membrane responses to clicks were measured, using laser velocimetry, at a site of
the chinchilla cochlea located about 3.5 mm from the oval window (characteristic frequency …

Basilar-membrane and auditory-nerve responses to impulsive acoustic stimuli, whether
measured directly in response to clicks or obtained indirectly using cross-or reverse …

The mammalian cochlea achieves its remarkable sensitivity, frequency selectivity, and
dynamic range by spatially segregating the different frequency components of sound via …

A displacement‐sensitive capacitive probe technique was used in the first turn of guinea pig
cochleas to examine whether the motion of the basilar membrane includes a displacement …