Fractal Lifetimes {\&} Atomic Battery

For lifetime, it is supposed there that the intensive parameter (return temperature, chemical potential, etc) fluctuates. These fluctuations evolve on a long time scale-Ryazanov-2003. We reviews them to fractal space time whereas distinguishes time continuous or discrete.If it is true that the conclusion depends in particles {\&} parameters involved, we found Filippov, \textit{et.al}: \textbf{Atomic Battery based-on Ordered Dust-plasma structures''} where the ranges of parameters for which the Coulomb crystallization of dusty plasma in atomic battery is expected are determined. It's funny if Cf$^{\mathrm{255\thinspace }}$took in comparison to ``\textbf{small'' }factor from Dittrich-2003: f(EE,EC) $=$ (1 -- $\alpha $ ) EE $+ \quad \alpha $ C $+$ c$_{\mathrm{F}}$/N. As well as the retrieved statement : ``Experiment on the photovoltaic transformation of the energy of fast electrons to electrical energy are carried out''- \textit{ibid} last but not least May 1995's CERN superconductivity in particle accelerators enhances mesocopic spallation reactions for Gunzi Saito {\&} Frackowiak.