Joshua H. Goldwyn

The paper models how auditory deprivation-induced axon initial segment plasticity in MSO neurons reduces time difference sensitivity in cochlear implant users.

This paper investigates how barn owl nucleus laminaris neurons achieve high-frequency interaural time difference sensitivity through specific structural and dynamical mechanisms.

The paper investigates how glycinergic axonal inhibition enables precise spatial sensitivity to sudden sound intensity changes by analyzing binaural circuits in the auditory system.

This paper provides a dynamical systems framework to explain the auditory continuity illusion using a neural population model and identifies mechanisms for perceptual continuity.

The paper investigates how soma-axon coupling configurations enhance coincidence detection in MSO neurons through computational modeling and parameter space analysis.