Areas of research activity

Phenomenology of particle and nuclear interactions at intermediate and high energies:

models with effective many-fermion interaction, chiral and non-chiral quark models for hadronization and their matching to QCD, effective meson Lagrangians, restoration of chiral symmetry at high energies and/or dense and hot nuclear matter, local parity breaking in hot and dense nuclear matter and search its manifestation on relativistic heavy-ion colliders, extended models of electroweak interactions, composite Higgs particles, axion particles and their influence on cosmology, accelerating universe, dark energy and phantom cosmologies, domain-wall formation by matter and gravity in dimensions higher than four and therefrom dark matter candidates, cosmological constantproblem, Higgs boson-dilaton effective action for cosmological evolution, boundson Lorentz and CPT symmetry breaking in the laboratory and astrophysical observations, black holes in brane worlds and search for black hole production on high-energy colliders.

JINR-Dubna NICA, LHC- ALICE and CMS detectors, HADES detector and FAIR GSI, RHIC BNL - PHENIX and STAR detectors, and future e+e− colliders.
Terrestrial and extraterrestrial astrophysical experiments,among them measuring the CMBR and properties of large-scale universe.

chiral and conformal anomalies in path integral approach, quantization of chiral fermion models, dynamical (Chiral, Lorentz, CPT etc.) symmetry breaking, the bosonization of fermion currents and the hadronization of QCD, quantum effective action at low energies and its derivative expansion in QFT, spectral action for Noncommutative Standard Model, higher dimensional gravity and geometries with horizons, nonlinear supersymmetry, parasupersymmetry, q-deformed symmetry and hidden dynamical symmetry in Quantum Mechanics, PT-symmetric and/or non-diagonalizable non-Hermitian Hamiltonians with exceptional points and spectral singularities, mathematical cosmology of non-Hermitian Lagrangians, canonical gravity quantization and Wheeler-DeWitt equations.

Quantum Information theory: entanglement and decoherence phenomenon.

1. A. A. Andrianov, O. O. Novikov, Chen Lan QUANTUM COSMOLOGY OF MULTIFIELD SCALAR MATTER: SOME EXACT SOLUTIONS // Theoretical and Mathematical Physics, 2015. — Vol. 184, — № 3. — P. 1224–1233 WoS, SCOPUS
2. A. A. Andrianov, V. A. Andrianov BOSONIZATION OF THE MESON SECTOR OF QCD AND PARITYBREAKING IN STRONG INTERACTIONS // Theoretical and Mathematical Physics, 2015. — Vol. 185, — № 1. — P. 1370–1382 WoS, SCOPUS
3. A.A.Andrianov,S.S.Kolevatov, R.Soldati The functional squeeze operator algebra in Maxwell-Chern-Simons electrodynamics // Theoretical and Mathematical Physics, 2015. — Vol. 184, — № 3. — P. 1213–1223 WoS, SCOPUS
4. S.S. Afonin, A.A. Andrianov, D. Espriu The masses of vector mesons in holographic QCD at finite chiral chemical potential // Physics Letters, Section B: Nuclear, Elementary Particle and High-Energy Physics, 2015. — Vol. 745, — P. 52-55 WoS, SCOPUS
5. A.A. Andrianov, A.V. Sokolov Minimal realizations of supersymmetry for matrix Hamiltonians // Physics Letters A, 2015. — Vol. 379, — № 4. — P. 279-283 WoS, SCOPUS
6. A. A. Andrianov, D. Espriu, S. S. Kolevatov SEARCH FOR PARITY VIOLATION IN COSMIC RAYS // Theoretical and Mathematical Physics, 2015. — Vol. 184, — № 3. — P. 1234–1238 WoS, SCOPUS
7. Alexander A. Andrianov, Domenec Espriu, Maxim A. Kurkov, Fedele Lizzi Universal Landau Pole at the Planck scale // AIP Conference Proceedings, 2014. — Vol. 1606, — P. 293-298 WoS
8. Alexander A. Andrianov, Vladimir A. Andrianov, Domenec Espriu, Xumeu Planells Analysis of dilepton angular distributions in a parity breaking medium // Physical Review D - Particles, Fields, Gravitation and Cosmology, 2014. — Vol. 90, — № 3. — P. 034024_1-7 WoS, SCOPUS
9. A. A. Andrianov, D. Espriu, X. Planells Chemical potentials and parity breaking: the Nambu–Jona-Lasinio model // European Physical Journal C, 2014. — Vol. 74, — № 2. — P. 2776_1-11 WoS, SCOPUS
10. Alexander A. Andrianov, Vladimir A. Andrianov, Domenec Espriu Spontaneous parity violation under extreme conditions: an effective lagrangian analysis // European Physical Journal C, 2014. — Vol. 74, — № 6. — P. 2932_1-23 WoS, SCOPUS
11. Oleg O. Novikov , Alexander A. Andrianov , Vladimir A. Andrianov Thick branes from self-gravitating scalar fields // AIP Conference Proceedings, 2014. — № 1606. — P. 313-320 WoS 12. S. S. Kolevatov, A. A. Andrianov Boundary filters for vector particles passing parity breaking domains // AIP Conference Proceedings, 2014. — Vol. 1606, — P. 243-255 WoS
12. Andrianov, AA; Andrianov, VA SPONTANEOUS VIOLATION OF SPATIAL PARITY IN DENSE BARYONIC MATTER IN A GENERALIZED U(2)(L)xU(2)(R) SIGMA MODEL // Theoretical and Mathematical Physics, 2013. — Vol. 175, — № 3. — P. 727-734 WoS, SCOPUS
13. Andrianov, A.A.; Andrianov, V.A.; Novikov, O.O. CP Violation in the models of fermion localization on a domain wall (brane) // Theoretical and Mathematical Physics, 2013. Vol. 175, — № 3. — P. 735–743 WoS, SCOPUS
14. Xumeu Planells, Alexander A. Andrianov, Vladimir A. Andrianov, Domenec Espriu An effective theory for QCD with an axial chemical potential // PROCEEDINGS OF SCIENCE, 2013. — Vol. PoS(QFTHEP 2013), — P. 049_1-7 WoS, SCOPUS
15. Alexander A. Andrianov,Vladimir A. Andrianov, Oleg O. Novikov Gravity effects on thick brane formation from scalar field dynamics // European Physical Journal C, 2013. — Vol. 73, — № 12. — P. 1-14 WoS, SCOPUS
16. A. A. Andrianov, D. Espriu, M. A. Kurkov, F. Lizzi Universal Landau Pole // Physical Review Letters, 2013. — Vol. 111, — № 1. — P. 011601_1-5 WoS, SCOPUS
17. A. A. Andrianov, S. S. Kolevatov Transmission of vector particles through the interface of a spatial parity-violating medium and the vacuum // Theoretical and Mathematical Physics, 2013. — Vol. 175, — № 3. — P. 744-754 WoS, SCOPUS
18. A. A. Andrianov, V. A. Andrianov, O. O. Novikov Localization of Scalar Fields on Self-Gravitating Thick Branes // Physics of Particles and Nuclei, 2013. — Vol. 44, — № 2. — P. 190–203 WoS, SCOPUS
19. A. A. Andrianov, D. Espriu, X. Planells An effective QCD Lagrangian in the presence of an axial chemical potential // European Physical Journal C, 2013. — Vol. 73, — № 1. — P. 2294_1-10 WoS, SCOPUS