June 16
JOINT INSTITUTE FOR NUCLEAR RESEARCH
Plenary session
Presentations of the main ongoing and future projects in the field of elementary particle,
nuclear and condensed matter physics at JINR and Indian research organization.
Visits to main JINR based experimental facilities: Nuclotron-M (NICA/MPD),
Accelerator complex of FLRB, Pulse reactor IBR-2M and spectrometer complex at FLNP,
Hadron therapy complex at DLNP.
June 17-18
TWO-DAY WORKSHOPS AT JINR LABORATORIES
Several parallel workshops and seminars will take place at the JINR Laboratories and will be devoted to specific topics related to research at different Laboratories.
At this stage of the Forum, participants from India will have an opportunity to get a closer look at the structure of research and experimental facilities,
to give scientific talks and discuss the hot topics in all areas of mutual interest. JINR Laboratories offer the following programs.
BOGOLIUBOV LABORATORY OF THEORETICAL PHYSICS
Theory of Fundamental Interactions
- Standard Model and Its Extension
- QCD parton distributions for modern and future colliders
- Heavy quark physics
- Hadron Matter under extreme conditions
Theory of Nuclear Structure and Nuclear Reactions
- Nuclear Properties at the Border of Stability
- Low-Energy Dynamics and Nuclear System Properties
- Quantum Few-Body Systems
- Processes with Nuclei at Relativistic Energies
Theory of Condensed Matter
- Complex materials and nanostructures
- Contemporary problems of statistical physics
Modern Mathematical Physics
- Quantum groups and integrable systems
- Supersymmetry
- Quantum gravity, cosmology and strings
VEKSLER AND BALDIN LABORATORY OF HIGH ENERGY PHYSICS
- Relativistic heavy ion physics
- Study of the nucleon structure and polarized phenomena
- Elementary particle physics
- SM checks & search for new physics at the LHC
- Flavour physics (new physics)
- Accelerator physics
- R&D of modern detector systems
FLEROV LABORATORY OF NUCLEAR REACTIONS
- Heavy ion physics
- Spectroscopy of heavy and superheavy nuclei
THE LABORATORY OF INFORMATION TECHNOLOGIES
- Technologies, architecture, models, methods and experience of building distributed and federated computing and storage systems.
- BIg Data - technologies of storage and processing.
- Symbolic-numeric methods, algorithms and programs to describe entanglement of few-qubit states.
- Entanglement control of charged spin particles by means of intensive laser field.
- Computer-algebraic methods to investigate and solve nonlinear systems of algebraic, differential and difference equations.
FRANK LABORATORY OF NEUTRON PHYSICS
- Nanosystems and Novel Materials by Neutron Scattering Methods.
- Neutron-nuclear interactions including fission physics and investigation of violation of fundamental symmetries.
- Neutron fundamental properties, ultra cold neutron physics, neutron optics.
- Development of neutron detectors with data acquisition systems.
- Development of Neutron Cold Moderator.
- Nuclear and nuclear related analytical methods in life science (health, food and agriculture, environmental studies, biotechnology, etc.)
DZHELEPOV LABORATORY OF NUCLEAR PROBLEMS
- Neutrino physics (NOVA, JUNO, Daya Bay, Gemma, DANSS, SuperNEMO, GERDA, CUORECINO, BOREXINO, OPERA)
- SM and beyond at LHC (ATLAS), Mu2E, g-2, COMET
- Hadron spectroscopy (BES-III)
- R&D of particle detectors
- Applied research: Radiotherapy and associated diagnostics, etc.
LABORATORY OF RADIATION BIOLOGY
- Radiation Genetics and Radiobiology
- Computer molecular modeling of biological systems
June 19
JOINT INSTITUTE FOR NUCLEAR RESEARCH
Plenary session
- Presentation of the programs of the JINR University Center
- Summary of the workshops at JINR Laboratories
- General discussion