Brief annotation and scientific rationale: 
Participation in the preparation of proposals for the modernization of the ALICE detector: a superconducting magnet, an external tracker based on silicon sensors.

Expected results upon completion of the project: 
Participation in the maintenance and operation of the ALICE detector. Participation in the preparation of the modernization of the ALICE detector: a superconducting magnet, an outer tracker based on silicon sensors.

Expected results of the project this year: 
Participation in the maintenance and operation of the ALICE detector. Elaboration of the technical project of an electromagnetic calorimeter and an outer tracker.

Brief annotation and scientific rationale: 
Participation in the development of the ALICE scientific program and the processing and analysis of experimental data.

Expected results upon completion of the project: 
Processing and analysis of experimental data on femtoscopy of charged kaons and ultraperipheral interactions in collisions of protons, nuclei and nuclei with protons. Preparation of publications, reports at international conferences.

Expected results of the project this year: 
Processing and analysis of experimental data on femtoscopy of charged kaons and ultraperipheral interactions in collisions of protons, nuclei and nuclei with protons. Preparation of publications, reports at international conferences.

Brief annotation and scientific rationale: 
Processing and analysis of experimental data are carried out within the framework of the distributed computer network GRID of the ALICE collaboration. Modernization of equipment and software is carried out on a permanent basis. The LIT JINR Complex is part of the ALICE GRID.

Expected results upon completion of the project: 
Maintaining the working state of the ALICE GRID part at JINR.

Expected results of the project this year: 
Maintaining the working state of the ALICE GRID part at JINR.

Brief annotation and scientific rationale: 
In connection with the need to radically improve the time resolution of the PHOS electromagnetic calorimeter, work is underway to develop a new system for reading signals from lead tungstate crystals.

Expected results upon completion of the project: 
A new system for reading signals from lead tungstate crystals based on silicon photomultipliers and new recording electronics is proposed.

Expected results of the project this year: 
Development of new registration electronics, testing of prototypes on PS and SPS CERN beams.

Expected results upon completion of the project: 
Participation in the design and creation of a superconducting magnet.

Expected results of the project this yearElaboration of the stages of manufacturing a superconducting cable.