Articles you may be interested inA theory of single-electron non-adiabatic tunneling through a small metal nanoparticle with due account of the strong interaction of valence electrons with phonons of the condensed matter environment

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A solid electrolyte switch turns on or off when a metallic bridge is formed or dissolved respectively in the solid electrolyte (here we use Cu 2À S). For logic applications, the switching voltage (< 0:3 V) should be larger than the operating voltage of the logic circuit (about 1 V). We reveal that the switching voltage is mainly affected by Cu þ ionic transport in Cu 2À S and that a solid electrolyte with an ion diffusion coefficient smaller than that of Cu 2À S by several tens of orders of magnitude makes it possible to increase the switching voltage to 1 V.

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