A new issue of the scientific journal Advances in Nuclear Science and Applications, Volume 2, No. 2, June 2026, has been published by the Institute of Nuclear Physics. The issue includes six articles devoted to current areas of nuclear physics, particle physics, heavy-ion collision modeling, nuclear electronics, radiation materials science, and applied sensor technologies.
This issue presents papers on optimizing the active correlation method for experiments on the synthesis of superheavy elements, describing the ϕ→γππ decay in the quark NJL model, studying the nuclear modification factor in Au+Au collisions, developing a time-of-flight ΔE–E spectrometer, studying the microstructure of Gd-doped dysprosium hafnate after ion irradiation, and creating sensor membranes based on track-etched membranes and HKUST-1 for detecting ammonia.
This issue covers a wide range of contemporary research, from fundamental problems in nuclear science to the development of advanced materials and applied technologies.
