 The study reports measurements of ionic conductivity in mixed alkali boric glasses and finds that it follows a power law and linear behavior with frequency. The authors propose a self-similar spatial structure model to explain the real process of ionic transport, which leads to fractional kinetic equations containing non-integer integration, differentiation operators. They also provide insights into the time-dependent conductivity and the modified fractional Rayleigh equation with a repulsive interaction, as well as investigations on the power law exponent beta in the SA and MA boric glasses. This article was authored by Jung Hoon Rim, Mac Kim, Jong Hoon Kim, and others.