About the projectWebsite flnp. jinr. int is the official resource of the I.M. Frank Laboratory of Neutron Physics, part of the Joint Institute for Nuclear Research (JINR) in Dubna. This i...
Website flnp. jinr. int is the official resource of the I.M. Frank Laboratory of Neutron Physics, part of the Joint Institute for Nuclear Research (JINR) in Dubna. This is not just an information page, but a full-fledged portal for the scientific community, where data on the current state of the reactor is published and applications for experiments are accepted.
The main asset of the laboratory is the IBR-2 research reactor. It is known for its unique technical approach, which allows it to produce one of the most intense neutron fluxes at the surface of the moderator of any similar reactor in the world. However, the status of the site reflects reality: at the time of publication, the information indicates that the reactor is not operating. The next work cycle is scheduled from October 13 to 24.
The laboratory dates back more than half a century. During this time, it has established itself as a center where fundamental science is closely intertwined with applied problems. Here they pay special attention to research in the field of life sciences and materials science, considering them the basis for the development of society and the potential core of a new technological revolution.
The laboratory's scientific program is extensive and includes many specialized instruments. Users can conduct experiments in the following areas:
Particular emphasis is placed on interdisciplinary research. The Life Sciences and Materials Sciences section publishes results that may influence the development of technology. For example, work has recently been published on the theoretical study of doped porous silicon for gamma-ray detection or the modernization of the Regata installation for activation analysis.
The laboratory is also actively developing its infrastructure. A promising pulsed neutron source is mentioned, and work is also underway on the IBR-2, IREN, KARSEG-5 and TANGRA installations. This shows that even during periods of reactor shutdowns, scientific activity does not stop - new projects are being prepared and existing ones are being modernized.
The resource interface is aimed at professionals. There are sections for quick search, access to the JINR local network, webmail and mobile menu. The structure of the site clearly divides information into blocks: Laboratory, Science, Installations, Education and Career.
An important feature is the news feed. It contains not only reports on scientific achievements, but also organizational announcements.For example, it announces the acceptance of applications for experiments in the first half of 2026 or announces a competition for awards for the best scientific work. Prizes are awarded in four areas: nuclear physics, condensed matter physics, applied work and experimental research.
The site also serves as a knowledge archive. The Publications section contains links to articles in international journals (for example, Sci Rep, J Radioanal Nucl Chem), and the Videos section stores recordings of important events, such as the opening of the V.D. Ananyev Square or reports on the dynamics of the reactor after a long shutdown.
The site does not have an explicit list of telephone numbers or email addresses for general contact, but links to internal resources are provided: FLNP Mail, Webmail and the JINR local network. To communicate with the laboratory, judging by the structure, it is necessary to use the indicated channels or contact through the experiment application form, which is opened regularly.
At the time of updating the information, the reactor is in a non-operating state. The next scheduled work cycle is listed as October 13-24.
The laboratory announces the start of accepting applications for experiments at the installations of the IBR-2 reactor. For example, applications were announced for the first half of 2026. Details are published in the news section.
Key areas include neutron-nuclear research, condensed matter physics, life sciences and materials sciences. Diffraction, small-angle scattering, and neutron imaging methods are also being actively developed.
Yes, a competition is being announced for FLNP prizes for the best scientific, methodological and applied work. Prizes are awarded in the following sections: nuclear physics, condensed matter physics, applied work and experimental work.
Domain Name: JINR.INT
Domain Status: active
Updated Date: 2022-03-15T00:00:00+00:00
Creation Date: 2022-03-15T00:00:00+00:00
Name Server: NS1.JINR.RU
Name Server: NS2.JINR.RU
REGISTRANT Contact: Joint Institute for Nuclear Research
ADMINISTRATIVE Contact: Network Operation Center
TECHNICAL Contact: Alexey Gushin
>>> Last update of RDAP database: 2026-06-08T12:56:23Z
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