What question did this study set out to answer?

The aim is to explore the possibility of fusing deuterium nuclei without relying on high-temperature conditions.

February 19, 2026Open Access

Fusion two deuterium nuclei without thermonuclear reactions

Key Points

The aim is to explore the possibility of fusing deuterium nuclei without relying on high-temperature conditions.
Demonstration of fusion through low-temperature reactions.
Presentation of a theory explaining these reactions.
Experimental evidence gathered from the Earth's interior.
Successful fusion of two deuterium nuclei without thermonuclear reactions.
Confirmation of low-temperature reactions contributing to elemental composition changes.
Implications for alternative energy production methods were noted.

Abstract

It is demonstrated that the fusion of two deuterium nuclei can be achieved not only by the well-known high-temperature fusion reaction, but also by a low-temperature reactions that are responsible for the formation of the elemental composition of the Earth's crust from the elemental composition of interstellar matter. A theory for such reactions and additional irrefutable experimental evidence for their existence are presented. It is proposed to use such reactions to produce energy, replacing the difficult-to-implement approach based on magnetic or inertial fusion reactions. Experimental evidence of the existence of such reactions in the Earth's interior are presented.

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