It is known that atomic transformation has been carried out by way of atomic destruction without having achieved any useful economic or commercial results in the process. It is also known that dissociation and recombination, therefore the rearrangement of the atoms, can be effected in the substrate with the aid of catalytic processes. In this regard it has been observed that these processes take place in a characteristic cycle or oscillating rhythm until a new state of equilibrium is established.

The process for the atomic transformation of liquid or gaseous bodies associated with this invention takes this rhythmical tendency during the course of such processes into account from the very beginning. Namely, in accordance with the invention, the aforesaid substances will be subjected to an increasingly rapid flow-motion, during which these substances will be exposed to alternating strong suctional and pressural forces, which results in significant changes to their surface tension.