Karl Grosh

The paper develops a mathematical model of mammalian outer hair cell hair bundles with three rows of stereocilia, showing it predicts mechanical creep and MET current adaptation in response to stimuli.

This paper develops a theoretical model of outer hair cells incorporating rate dependence and viscoelasticity, and describes experiments to estimate their mechanical properties.

This paper constructs a computational model to compare how synaptopathy and myelin defects contribute to hidden hearing loss by simulating sound-evoked auditory nerve responses.

The paper investigates the role of tectorial membrane mechanics in the cochlear amplifier's phase shift and power generation, showing that radial impedance minima align with experimental data.