Review journal Particles & Nuclei, #2 (Vol. 49) 2018

Publications, 18 April 2018

Founded in 1970, the review journal Physics of Elementary Particles and Atomic Nuclei, brief name Particles & Nuclei, is published by the Joint Institute for Nuclear Research, Dubna. This is the most influential physical review journal in Russia. Published by leading physicists from Member States of JINR, as well as scientists from all over the world, review articles in this eminent journal examine elementary particle physics, problems of vacuum in quantum field theory, condensed matter problems, symmetries in physics, string theories and gravity, nuclear physics, automatic processing of experimental data, accelerators and related instrumentation, accelerator-based transmutation studies, ecological implications of present nuclear and conventional energy sources, energy amplifiers based on accelerators. The journal provides review articles in Russian and in English. Note: all volumes are translated into English and published by the Nauka/Interperiodika International Academic Publishing House. The translation journal appears under the name Physics of Particles and Nuclei. Annualy 6 issues are published joined in one volume. In 2000-2004, the journal had a supplementary issue in addition to the six regular issues. The Editors invite you to contribute review articles and guarantee rapid publication of your papers.

Issue #2 2018 (Vol. 49)

Jolos R. V., Kartavenko V. G., Kolganova E. A.
Isovector Pair Correlations of Nucleons in Atomic Nuclei: Microscopic Approach, Boson Representation and Collective Model
(rus, 446.881)

Saha B.
Spinor Field Nonlinearity and Space-Time Geometry

(rus, 1.115.807)

Karshenboim S. G.
Determination of the Fundamental Physical Constants: The Base of the New “Quantum” SI Units
(rus, 1.093.194)

Gurov Yu. B., Lapushkin S. V., Sandukovsky V. G., Chernyshev B. A.
Multilayer Semiconductor Spectrometers of Charged Particles for Accelerator Experiments
(рус, 3.254.893)

Kozhevnikov S. V., Ott F., Radu F.
Neutron Methods for the Investigations of Magnetic Films
(rus, 5.281.185)