Bogoliubov Laboratory of Theoretical Physics (BLTP) is among the world's leading centres of theoretical physics
Founded by the renowned academician N. N. Bogoliubov in 1956, BLTP is one of the seven main laboratories of the Joint Institute for Nuclear Research (JINR). The scientific program of BLTP covers foundational areas of modern theoretical physics:
- Quantum field theory and elementary particle physics
- Nuclear theory
- Condensed matter theory
- Mathematical physics methods
The Laboratory plays a vital role in shaping theoretical frameworks for major JINR experiments like the NICA collider, the Superheavy Element Factory, the Baikal-GVD neutrino telescope cand the IBR-2 reactor.
Theoretical modelling and conceptual development at BLTP
Research at BLTP is driven by the development of new theoretical frameworks and mathematical methods that shape our understanding of nature across all scales — from the structure of nucleons to the dynamics of the early Universe.
Laboratory staff formulate and refine models in quantum chromodynamics, electroweak interactions, neutrino physics, nuclear structure, and condensed matter systems. Significant efforts are also directed toward the exploration of quantum gravity, supersymmetry, and cosmological scenarios.
These conceptual advances deepen our theoretical understanding and inform the interpretation of complex experimental data.
A vibrant international community producing world-class research
BLTP brings together approximately 230 researchers on long-term appointments, supported by a dynamic network of short-term visiting scientists from JINR Member States and International Partner Institutions.
The Laboratory maintains an exceptional level of scientific productivity, contributing over 500 peer-reviewed publications annually to leading journals. BLTP researchers also serve on editorial boards and international advisory committees, further reinforcing the Laborator’s global scientific standing.
Regular Seminars and international Conferences and Workshops foster a vibrant environment for scholarly exchange and collaboration.
A centre for education and the development of scientific talent
The Laboratory plays a key role in training the next generation of theoretical physicists. BLTP organizes the annual Dubna International Advanced School of Theoretical Physics (DIAS-TH), as well as thematic schools and research internships for students and young scientists from JINR Member States and partner countries.
These programmes are conducted in cooperation with the JINR University Centre and leading universities worldwide. Through mentorship, collaborative research, and structured academic events, the Laboratory contributes to the development of highly qualified personnel in theoretical and mathematical physics.
Advanced computing capabilities for modern theoretical physics
State-of-the-art computational resources are integral to the research activities at BLTP. The Laboratory makes extensive use of the JINR’s Multifunctional Information and Computing Complex (MICC), which includes the high-performance “Govorun” supercomputer.
These facilities support large-scale numerical simulations and data-intensive theoretical studies, particularly in lattice gauge theories, quantum chromodynamics, statistical physics, and condensed matter models.
The development and application of advanced algorithms and software packages enable BLTP researchers to explore complex systems with high precision and contribute to international collaborations in computational physics.
Science without borders: international cooperation at BLTP
As an integral part of the JINR, BLTP embodies the principle that science transcends national boundaries.
The Laboratory maintains active collaborations with research institutions in many countries and plays a key role in international scientific initiatives. Currently, our Laboratory includes researchers from 19 countries.
Through its commitment to open scientific exchange, the Laboratory promotes global integration in theoretical physics and supports the advancement of collaborative research among nations.