What question did this study set out to answer?

To explore a type of low-temperature nuclear reaction that could provide an alternative to fusion energy generation in ITER.

February 19, 2026Open Access

An alternative to the ITER

Key Points

To explore a type of low-temperature nuclear reaction that could provide an alternative to fusion energy generation in ITER.
Presented a theoretical framework for low-temperature nuclear reactions.
Provided experimental evidence supporting the feasibility of these reactions.
Discussed the conditions under which these reactions occur during Earth's crust formation.
Demonstrated that low-temperature nuclear reactions can generate energy.
Irrefutable experimental evidence supports the existence of these reactions.
Indicated that this process could replace challenging fusion methods used in ITER.

Abstract

Unlike fusion nuclear reactions used by the ITER project, there is a type of nuclear reaction that formed the Earth's crust from interstellar matter. This type of nuclear reaction is low-temperature, as the physical conditions during the formation of the Earth's crust differed from those in the interiors of stars. The presented theory of such reactions has irrefutable experimental confirmation, although current misconceptions hold that such reactions are impossible. The theory of such reactions and additional irrefutable experimental evidence for their existence are presented. It is shown that such reactions could be used to generate energy, replacing the difficult-to-implement fusion reactions in the ITER project.

An alternative to the ITER

Key Points

Abstract

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