Nuclear transmutation and isotopic shifts on cathode involved in two electrode electrolysis set up

We demonstrate nuclear transmutation in cathodes made of pure Ni, pure Cu, Ni-Fe alloy and Kanthal via two electrode light water electrolysis undertaken at voltage bias of 25-30 V against graphite anodes at atmospheric pressure for 1 to 12 hours of cathodic hydrogen loading. Pure Ni cathode predominantly transmutes to Fe and Cu, pure Cu cathode transmutes to Fe and Mg, Kanthal shows the appearance of Cu and Mg and the Ni-Fe alloy transmutes to Mg and Cu. Our primary mode of cathode material characterization is EDS and WDS. The utilization of graphite as an anode is gainful in avoiding anode-driven contamination and establishes a distinct upper bound in the fusion products (Cu), which is different from upper bounds in previous studies (Pb or Ag) with Pt anode