Condensation of ultra-cold neutrons in the light of the concept of nuclear exchange beta-forces. About the possibility of obtaining neutron substance in laboratory conditionsтезисы доклада
Место издания:Joint Institute for Nuclear Research DUBNA, RUSSIA
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Аннотация:Condensation of Ultra-Cold Neutrons in the Light of the Concept of
Nuclear Exchange Beta-Forces. About the Possibility of Obtaining of
Neutron Substance in Laboratory Conditions
Today, the neutron matter and neutron stars are already substantially rooted in the nuclear
physics and astrophysics, and it is logical to have their consideration of them in terms of
chemical properties and principles of general chemistry.
The formation of a neutron substance, in addition to gravitational neutronization, is
considered, other mechanisms, such as the condensation of ultracold neutrons (UCN) and
neutronization due to a critical increase in the atomic number in the Periodic system of
elements (PS). The stability of the neutron substance is substantiated already at the micro
level due to Tamm interaction (exchangeable β-nuclear forces) [1] and not only at the macro
level due to the gravitational interaction, as it is now considered in astrophysics [2].
It should be noted that G.A. Gamow [3] first spoke about the condensation of cold
neutrons (1946). Rarely mention this idea, which over time has found application in the
theory of neutron stars. Gamow in 1937–38 showed that when a neutron gas is compressed, a
new superdense state of matter arises. The possibility of obtaining a neutron substance in
terrestrial laboratory conditions is considered.
A neutron substance is a very concrete physical reality, urgently demanding its rightful
place in the PS and studying not only physical, but also chemical, and possibly even in the
near future, engineering and technical properties. We also consider the possibility of a
"chemical" interaction of UCN with molecules of substances with an odd number of
electrons.
It is proposed to extend the PS beyond the limits of classical chemical substances and to
cover a much wider range of matter in the universe, based on the forgotten ideas of D.I.
Mendeleev. Moreover, PS begins with neutron and its isotopes (dineutron, tetraneutrone, etc.)
and ends the neutron stellar substance [2].
Keywords: neutron, neutron stars, neutron substance, periodic system of elements,
neutronization, Tamm interaction, condensation of UCN.
References
1. Tamm I.E. The theory of nuclear forces and nuclear, Collection of scientific works, Volume 1, of
the "Nauka", Moscow, p. 283‒326 (1975).
2. Ryazantsev G.B., Beckman I.N., Lavrenchenko G.K., Buntseva I.M., The Neutron Matter as «the
Beginning» and «the End» of the Periodic System of D.I. Mendeleev, ISINN-25, Dubna, JINR,
Russia, (2018); http://isinn.jinr.ru/proceedings/isinn-25/pdf/ryazantsev.pdf
3. Ryazantsev G.B., Beckman I.N., Lavrenchenko G.K., Buntseva I.M., Condensation of cold
neutrons – idea of G.A. Gamov, Odessa Astronomical Publications, vol. 31, p. 33‒37 (2018).