This dissertation project explores the cochlea’s intricate and nonlinear mechanisms, a crucial component of the human auditory system. The goal is to develop advanced models that represent these biological processes with greater precision and enhance our understanding of their complexities. The human auditory system exhibits notable nonlinear characteristics in various dimensions, including temporal resolution, frequency resolution, and dynamic amplification. Despite its significance, the underlying nature of this nonlinearity remains poorly understood, which has resulted in models that only capture these features qualitatively. By delving deeper into this area, the research aims to bridge the knowledge gap and contribute to creating more accurate and comprehensive representations of the cochlear function.