In the field of energy technology, the potential and differentiation of the chain reaction of these radiotopic compounds is already known, whether through nuclear fusion or nuclear fission.

Now I think we must verify in the thematic of production of knowledge, research in geology and industry are also products of atomic or nuclear energy, booms in medicine as other uses.

Because I recognize this, if you observe the majority of risk capacities in nuclear power plants are due to the lack of knowledge and research to perfect or reduce their risks, jointly the problem of wastes is the termination but it is the most difficult situation , The absorption capacity of the radiation generated is quite short since the gamma waves are difficult to brake in industrial quantities like those that are thrown in the centers of transfer of residues.

It is more productive than many conventional power plants such as hydroelectric or carbon, less polluting Are in operation 90% of the year therefore they are also a more stable source of energy and their maintenance although tedious is not usually so detrimental to the enelectric generation of this, therefore countries under the international regulation of atomic energy structures lines of sustainability Coupling nuclear fusion power plants.

Nuclear fission: A reaction in which a heavy nucleus, when bombarded with neutrons, becomes unstable and decomposes into two nuclei, whose sizes are of the same order of magnitude, with great energy release and the emission of two Or three neutrons, as a result is more efficient and less dangerous than the current ones

Nuclear fusion: A reaction that occurs when two little dense nuclei subjected to high temperatures fuse and form a heavier nucleus This reaction releases large amounts of nuclear energy.

The costs of fission to raise to the right temperature is what makes it even a very scarce form of energy production since the fusion by its same sequences in series can be heated enough to initiate the energetic generation.

With production potentials between 335 MJ per gram of igniter material it is cheaper to use fusion.

The most advanced project in Nuclear Fusion by Magnetic Confinement is the ITER (International Thermonuclear Experimental Reactor), in which they seek to generate a safe and secure way both research and energy production using a mangetic field to contain the power generated in the chain of reactions, Which would eliminate some concepts such as the atomic air current and the need to use water or core bars.

If it were to be achieved, it would be an advance to create safer energy and thus have more possibilities to improve the life of the human species.


Bibliography
https://energia-nuclear.net/ventajas_e_inconvenientes_de_la_energia_nuclear.html
https://energia-nuclear.net/que-es-la-energia-nuclear/fusion-nuclear
Images
https://es.dreamstime.com/foto-de-archivo-futuro-at%C3%B3mico-image14231570
https://www.motorpasionfuturo.com/coches-del-futuro/asi-iba-a-ser-el-coche-del-futuro-ford-nucleon
http://tecnoblogcaballero.blogspot.com.co/2011/11/tipos-de-ondas-radioactivas.html