Peruvian perovskite Between Transition-metal to PGM/PlatinumGroupMetal Catalytic Fusion

Strongly correlated electronic materials made of simple building blocks, such as a transition-metal ion in an octahedral oxygen cage forming a perovskite structure- Dagotto {\&} Tokura for examples are the high-temperature superconductivity {\&} the CMR/Colossal Magnetoresistance . Helium-4 denotes from LC Case,ScD: \textbf{``Catalytic Fusion of Deuterium into Helium-4''}- 1998 dealt with gaseous D$_{\mathrm{2\thinspace }}$-- ``contacted with a supported metallic catalyst at superatmospheric pressure''. The catalyst is a platinum-group metal, at about 0.5 {\%} - 1 {\%} by weight, on activated C. Accompanies Stephen J Geier, 2010 quotes ``transition metal complexes'', the Energy thus produced is enormous, and because the deuterium is very cheap in the form of heavy water (less than US {\$} 1/g ), the fuel cost is very low ( \textless \textless 1 {\%}/KwH ). ``The oceans contain enough deuterium to satisfy the Earth's energy needs for many millions of year'' to keep ``maria''/Latin name of seas {\&}Deuteronomy to be eternally preserves.