Collection

SPINUS 2023

Submission status
Closed
In modern physics, the term "magnetic resonance" (MR) is understood as a set of phenomena accompanied by the emission or absorption of electromagnetic waves of the radio-frequency range by quantum systems (nuclei, electrons, atoms, molecules, etc.). These phenomena, the physical nature of which is of independent interest, form the basis of radiospectroscopic methods for studying the structure of matter and physicochemical processes in it. The use of MR for the study of condensed matter was implemented after recording electron spin resonance (EPR, 1944), nuclear magnetic resonance (NMR, 1946), and nuclear quadrupole resonance (NQR, 1950) in these objects. In particular, one of the most important achievements of NMR applications is magnetic resonance imaging (MRI), an interdisciplinary field of science located at the intersection of physics, chemistry, computer science, engineering, and medicine. Despite the numerous advantages and achievements of modern MRI methods, the search for new methodological techniques continues. One of the promising areas of MRI diagnostics is the mapping of the distribution and state of nuclei other than 1H. At present, the development of MR continues in various directions, and the purpose of this special issue is to reflect some interesting aspects of current trends in MR, which may result in new methodologies and important practical applications.

Editors

  • Vladimir Chizhik (Saint Petersburg State University, Russia) Vladimir Chizhik (Saint Petersburg State University, Russia)  &

    Vladimir Chizhik (Saint Petersburg State University, Russia)

    Vladimir Chizhik, Professor of the Saint Petersburg State University, was born in 1937 in Leningrad (now Saint Petersburg), graduated from Leningrad University in 1959; 1966 – Ph. D.; 1982 – Dr. Sci. (Radiophysics and Molecular Physics). In the Saint Petersburg (Leningrad) State University he consistently held the positions of junior/senior researcher, professor. In 1993 he organized the Chair of Quantum Magnetic Phenomena and was the Head of it during twenty years. His research fields are nuclear magnetic resonance in condensed matter and microstructure of liquid systems. He is a member of the Committee of the European Groupement AMPERE.

  • Murat Tagirov (Kazan Federal University, Kazan, Russia) Murat Tagirov (Kazan Federal University, Kazan, Russia)

    Murat Tagirov (Kazan Federal University, Kazan, Russia)

    Born in 1952 in Kazan, Murat Tagirov is Dr. Sci. (Physical and Mathematical Sciences), Corresponding Member of the Tatarstan Academy of Sciences, Honored Professor of the Kazan Federal University and Honored Scientist of the Republic of Tatarstan, laureate of the Tatarstan Republic State Prize in the field of science and technology. Until 2022, he headed the Department of Quantum Electronics and Radio Spectroscopy of the Kazan Federal University and the Institute for Applied Research of the Tatarstan Academy of Sciences. He is an expert in the field of physics of magnetic phenomena, low-temperature physics and physics of nanostructures.

Articles (11 in this collection)