Small scale production of gold with tungsten like heavy and cheap metals via cold nuclear fusion associated with safe and secured hydration

Abstract

In our previous and recent publications related with Cold nuclear fusion experiments and theory, we have made an attempt to explain the mystery of origin of energy liberation mechanism in cold nuclear fusion. In this paper, by applying and slightly modifying the cold nuclear experimental procedures, we try to explore the possibility of understanding and producing Gold with Tungsten like heavy and cheap metals via ‘safe and secured’ Hydration mechanism having fast and repeatable cycles in small quantities. Thus, we are providing an experimental procedure for understanding the scope of cold nuclear fusion in a metallurgical perceptive. Really, if ‘cold nuclear fusion’ is having any notable significance in current science and technology, as it seems to be endowed with nuclear isotopic changes, apart from energy liberation mechanisms, it can be studied and validated in this way also. It needs further study with respect to modern metallurgical methods having 3000 deg. C and recent ‘ambient temperature lattice confinement’ technique developed by NASA. Considering the green and clean innovative applications of cold nuclear fusion, as suggested and advised by the Google team and NASA, we appeal the science community to look into the issues of cold nuclear fusion in a positive approach.