This exceptional discovery competes with nuclear fusion and promises a radical change for the energy production of the future

This exceptional discovery competes with nuclear fusion and promises a radical change for the energy production of the future
This exceptional discovery competes with nuclear fusion and promises a radical change for the energy production of the future

Single neutron transfer: A new candidate for tomorrow’s energy.

The world of nuclear physics is witnessing a spectacular breakthrough that could well redefine our approach to energy acquisition. While nuclear fusion has long been celebrated as the pinnacle of energy production, a more obscure reaction, the transfer of a neutron, is showing surprising results, promising comparable or even greater efficiency under certain conditions.

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An overlooked contender: Single neutron transfer

Single neutron transfer is a reaction in which a neutron is knocked out of a moving nucleus when it hits another nucleus. This reaction, which looks very simple on paper, could be a promising alternative to nuclear fusion, which for the moment seems to elude scientists around the world.

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Advantages over merger

Nuclear fusion, although powerful, requires extreme conditions of temperature and pressure to be carried out in the laboratory, making it difficult, expensive and currently out of reach. Conversely, single neutron transfer is much easier to achieve (at least for the moment in the laboratory) offering a new and feasible route to achieving a new energetic “Grail”.

The experience and its success

In a recent experiment, the process of transferring a neutron between the lithium isotope Li-6 and the bismuth isotope Bi-209 was compared to a complete fusion reaction using the same isotopes. The results stunned scientists: the transfer of a single neutron produced results similar to, or even better than, those of a complete fusion.

Impact and future potential

These findings could open new avenues for using single neutron transfer in nuclear energy research. The delicate and nuanced nature of these nuclear reactions provides a springboard for future scientific breakthroughs in nuclear science and technology.

Implications for research and industry

Single neutron transfer not only rivals fusion in terms of energy production; it could also revolutionize radiation processing approaches and energy production strategies, thanks to a deeper understanding of how nuclei behave under these conditions.

France at the forefront of research with this new record broken for nuclear fusion and promises for the future

This article explores the significant advancement in the field of nuclear physics where the transfer of a single neutron demonstrates its potential to rival nuclear fusion. The results of this research could not only improve our approach to nuclear energy production but also open innovative avenues for other scientific and industrial applications.

Source : Springer Link

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