Piezo-nuclear Fusion

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Piezo-nuclear Fusion is a type of Cold Fusion that uses a specially designed cathode immersed in a deuterium enriched water bath. When an electric current is run through the water bath, the water is chemically split into hydrogen/deuterium and oxygen. The deuterium, gathers on and around the cathode where it is compressed into fusing. Piezo-nuclear Fusion is a prototype technology that underlies later developments in Fusion+ technology.

Description (Specifications)[edit]

Piezo-nuclear Fusion is Cold fusion process (the device rarely exceeds 50°C and produces little or no radiation) that produces power from excess heat by means of a thermocouple in a manner similar to a Radioisotope thermoelectric generator. There is no bottom limit to the size of this device. It is light weight, since it does not need heavy shielding, it is not dangerous, and it can run off of water without much preliminary fuss. The limitation of the technology is the ability to construct the cathode for prime fusion generation and its longevity.

History & Background (Dossier)[edit]

Basic Piezo-nuclear Fusion power modules (PNF) led to later prototype portable Fusion Plus module technologies ("PNF+"). The core of these early power systems was a Piezo-nuclear fusion cell, with the fusion cathode also serving as the power transformer. This allowed for a more efficient cell than the normal thermocouple design, and kept the minimum size of the early PNF+/Fusion Plus cell prototypes remarkably small. True Fusion+ developed with the utilization of micro-gravitic compression and the later addition of micro-damper-mediation technologies, thus dispensing with necessity for the cathode set-up.

Image Repository[edit]

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References & Contributors (Sources)[edit]

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