In this work, we highlight an electrophysiological feature often observed in recordings from
mouse CA1 pyramidal cells that has so far been ignored by experimentalists and modelers …

A spiking neuronal network consumes very low power for computation contrary to
conventional Von-Neumann architectures. A CMOS based circuit which includes several …

Ionic polymer-metal composite (IPMC) sensors were fabricated and investigated for
quantifying impact energy in sports applications. Nafion membranes were roughened and …

The physiological diversity of inhibitory neurons provides ample opportunity to influence a
wide range of computational roles through their varied activity patterns, especially via …

The axons exhibit depolarizing and hyperpolarizing afterpotentials, which result in
complicated patterns of recovery cycle and influence the activation of subsequent action …

Neuromorphic computer models are used to explain sensory perceptions. Auditory models
generate cochleagrams, which resemble the spike distributions in the auditory nerve …

Objective: Upper current limits (C-levels) are sometimes extremely increased over time since
this procedure can enhance speech perception. It should be clarified if a larger amount of …

Soundwaves are rapidly modulated, multi-dimensional stimuli. The cochlea decomposes
these signals into frequency and intensity information which is conveyed via the auditory …

Diverse physiological phenotypes in a neuronal population can broaden the range of
computational capabilities within a brain region. The avian cochlear nucleus angularis (NA) …