The Electro Sense

so-called chirps, to be used to provide fast and accurate information about various processesoccurring on different timescales. This would be a significant step towards the use and applicationof ‚tailored’ voltage waveforms to interrogate electrochemical systems. The QQC effects are usingwell-established analytical tools for four model cases: (a) an electrochemical species undergoingheterogeneous ET and 1-dimensional diffusion as in macroelectrode experiments; (b) apply thefindings of (a) for very slow diffusion (D?0, where D is the diffusivity) in order to include cases forpermanently adsorbed species on the electrode surface; (c) include uncompensated resistancein (a) and quantify its effect on the overall functionalities; and (d) an electrochemical speciesundergoing heterogeneous ET and 2-dimensional axis-symmetric diffusion as in micro-electrodeexperiments.Electrical Measures for Electro-Sense ReactanceThe SCIO measures reactance or electro dermal changes of voltammetric reactivity to variousvoltammetric signals. To understand these signals more please see the Volt-Ammetry electrochemistrythesis.Scientist all over have found the trans-dermal skin resistance to be the best or at least the easiestway to measure the reactance of the electro-sense. The literature review that follows makes thatapparent. This brief article on the electro sense should outline the science and the process. Sincethe measures of reactivity are interesting but fractal, a disclaimer is used when reviewing theXrroid scores. The reactions are at best interesting, often very profound, and always need furtherevaluation in a clinical setting.electro-sensory organs of a shark In humans it is like the Olfactory nervesThe ElectroSense22 23