Veksler and Baldin Laboratory of High Energy Physics
The scientific activities of the laboratory are concentrated on the following trends of research: heavy ion physics at high energies, spin physics, as well as urgent issues of elementary particle physics related to checking of the Standard Model (SM), search for new physics beyond the SM borders and CP-violation. More
Dzhelepov Laboratory of Nuclear Problems
The Laboratory of Nuclear Problems (LNP) is mainly occupied with the research in neutrino physics and astrophysics. Other important trends are the studies in particle physics at high and superhigh energy, design and development of modern measuring equipment, applied research, in particular, proton therapy and development of a medical accelerator complex. Research in neutrino properties is a traditional direction at DLNP, established by Bruno Pontecorvo. More
Bogoliubov Laboratory of Theoretical Physics
The Laboratory of Theoretical Physics (LTP) is one of the largest in the world institutions of theoretical physics. The scientific programme of the laboratory includes research in the key fields of fundamental theoretical physics, i.e. quantum field theory and elementary particle physics, nuclear theory, condensed matter theory and the development of mathematical physics methods. The choice of theoretical fields of research at the laboratory was greatly influenced by outstanding scientists – D.Blokhintsev, N.Bogoliubov, M.Markov. The interrelations of modern mathematical physics, nuclear and particle physics with astrophysics and cosmology plays a growing role in the research. More
Frank Laboratory of Neutron Physics
An ambitious comprehensive scientific programme of studies of the neutron as an elementary particle and its application in nuclear physics, condensed matter physics and other modern trends of applied research is developed at the Frank Laboratory of Neutron Physics (FLNP). More
Flerov Laboratory of Nuclear Reactions
The scientific programme of the laboratory includes experimental research in the synthesis and studies of nuclear physics and chemical properties of new superheavy elements, fusion and fission reactions and multi-nucleon transfer in heavy-ion collisions; studies of the properties of nuclei on the border of the nucleon stability and mechanisms of nuclear reactions with accelerated radioactive nuclei; studies of interaction of heavy ions with various materials (polymers, semiconductors, electronic components of space equipment, etc.). More
Meshcheryakov Laboratory of Information Technologies
The main directions of the activities at the Meshcheryakov Laboratory of Information Technologies (MLIT) are connected with the provision of networks, computer and information resources, as well as mathematical support of a wide range of research at JINR in high energy physics, nuclear physics, condensed matter physics, etc. More
Laboratory of Radiation Biology
The scientific programme of the Laboratory of Radiation Biology (LRB) includes the analysis of molecular, genetic, and organismal effects of ionising radiation with different physical characteristics, radiation biophysics studies, and astrobiological research. Special attention is paid to developing new approaches to improving the biological effectiveness of radiation tumour therapy and to researching the mechanisms of radiation-induced functional brain disorders. More
JINR University Centre
The JINR University Centre (UC) was established in 1991 to implement the educational programme of the Institute that is aimed, primarily, at training high-quality young specialists for research at JINR and scientific centres of the Member States. The main efforts are directed to implement the concept of “the continuous education” school – university – research centre. With this purpose, favourable conditions for students and post-graduates are established and improved to enable them to take part in the research in scientific groups of the Institute. More