The Czech Republic and JINR. Long-Term Fruitful

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Prof. Jiří Niederle is a famous Czech
specialist in mathematical and particle
physics. J.Niederle was very welcomed
in Dubna, especially in the Bogoliubov
Laboratory of Theoretical Physics, by his
colleagues and friends.
The mainstream of nuclear studies at low energies during the nearest decade will be
the properties of nuclei far from the valley of stability, i.e. the nuclei where the ratio of proton
to neutron numbers is anomalously small or large. The Flerov Laboratory-based project
DRIBS as well as several already established or planned experimental projects in Europe,
United States and Japan have as their main goal the study of unstable nuclei. To support
experimental efforts, theoretical studies will be developed in the same direction.
The major focus of the theoretical research program in forthcoming years is the
analysis of the above-mentioned strongly correlated electron systems which involve the
investigation of novel cooperative phenomena, new forms of order, low-dimensional
magnetism and quantum criticality.
Extensive experimental investigations of these materials performed by neutron
scattering methods at the Laboratory of Neutron Physics at JINR also strongly motivate the
development of theoretical investigations in the field. The main goal of the planned
investigations during the next several years is to perform “realistic” calculations, by applying
advanced theoretical methods, of various response functions measured in experiments that
might illuminate the complicated interplay between electronic structure, magnetic and
transport properties of the considered systems.
An exhaustive study of Superstring Theory in different regimes requires search for
classical and quantum superstring solutions, detailed investigation of the landscape of
superstring vacua, application of modern mathematical methods to the fundamental problems
of supersymmetric gauge theories, development of microscopic description of black hole
physics, elaboration of cosmological models of the early Universe. Further development of
the theory of classical and quantum integrable systems, quantum groups and supergroups,
noncommutative geometry will play a crucial role in these integrated investigations in the
forthcoming seven years.
Recent publications of BLTP and Czech scientists
1. A.V. Efremov, P. Schweitzer, O.V. Teryaev, P. Zavada (Prague), “The relation
between TMDs and PDFs in the covariant parton model approach.”e-Print: