Vladimir Dzhunushaliev | Kazakh national university named after al-Farabi (original) (raw)

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Papers by Vladimir Dzhunushaliev

Research paper thumbnail of Quantization of Measure in Gravitation

Gravitation & Cosmology, Nov 22, 2023

Research paper thumbnail of Charged spinning fermionic configurations and a mass gap

European physical journal. C, Particles and fields, Feb 7, 2024

Research paper thumbnail of Topologically nontrivial solution in Einstein-Dirac gravity on the Hopf bundle

arXiv (Cornell University), Dec 17, 2016

Research paper thumbnail of Multidimensional SU(2) Wormhole between Two Null Surfaces

Recent Developments in Theoretical and Experimental General Relativity, Gravitation, and Relativistic Field Theories, 1999

Research paper thumbnail of Monopole Solutions in SU(2) Yang–Mills and Nonlinear Spinor Field Theory

Physical Sciences Forum, Feb 22, 2021

Research paper thumbnail of Multidimensional Geometrical Model of the Electrical and SU(2) Colour Charge with Splitting Off the Extra Coordinates

Recent Developments in Theoretical and Experimental General Relativity, Gravitation, and Relativistic Field Theories, 1999

Research paper thumbnail of White operators in a non-associative quantum theory

arXiv (Cornell University), Jul 4, 2005

Research paper thumbnail of A String Approximation for the Cooper Pair in High-T$_{\bf c}$ superconductivity

arXiv (Cornell University), Jan 19, 2000

It is assumed that in some sense the High-T_c superconductivity is similar to the quantum chromod... more It is assumed that in some sense the High-T_c superconductivity is similar to the quantum chromodynamic (QCD). This means that the phonons in High-T_c superconductor have the strong interaction along themselves like to gluons in QCD. On the experimental level this means that in High-T_c superconductor exists the nonlinear sound waves. It is possible that the existence of the strong phonon-phonon interaction leads to the confinement of phonons into a phonon tube (PT) stretched between two Cooper electrons like to a hypothesized flux tube between quark and antiquark in the QCD. The flux tube in QCD brings to a very strong interaction between quark-antiquark, the similar situation can be in the High-T_c superconductor: the presence of the PT can essentially to increase the binding energy for the Cooper pair. In the first rough approximation the PT can be approximated as a nonrelativistic string with Cooper electrons at the ends. The BCS theory with such potential term is considered. A possible experimental testing for the string approximation of the Cooper pair is offered.

Research paper thumbnail of Particle scattering in nonassociative quantum field theory

arXiv (Cornell University), Jun 20, 1996

Research paper thumbnail of Gravitational waves attenuation in a non-perturbative spinorial vacuum

Frontiers of Fundamental Physics 14 (FFP14), 2014

Research paper thumbnail of Non-Abelian Proca theories with extra fields: particlelike and flux tube solutions

Physica Scripta, Jun 9, 2020

We consider non-Abelian Proca theories with extra fundamental fields included. In the case of SU(... more We consider non-Abelian Proca theories with extra fundamental fields included. In the case of SU(2) Proca theory with nonlinear scalar and spinor fields, we obtain spherically symmetric regular solutions describing particlelike configurations with finite energy. For such systems, we find the energy spectrum and show the presence of a mass gap. In the case of SU(3) Proca theory with a nonlinear scalar field, we obtain cylindrically symmetric solutions describing tubes either with the flux of a longitudinal electric field or with the energy flux or with both of them. It is shown that the tubes with the energy flux may contribute considerably to the Proca proton spin. Consistent with all of this, we have argued that non-Abelian Proca theories containing extra fields may approximately describe some phenomena in QCD.

Research paper thumbnail of QCD effects in non-QCD theories

arXiv (Cornell University), Mar 14, 2022

Research paper thumbnail of Model of a spin-1/2 electric charge in F(B2) modified Weyl gravity

International Journal of Geometric Methods in Modern Physics, Oct 10, 2020

Research paper thumbnail of Compactification of 5th dimension with usual and phantom scalar fields

arXiv (Cornell University), Jan 25, 2008

A new compactification mechanism of the 5th dimension in a gravitating system with two scalar fie... more A new compactification mechanism of the 5th dimension in a gravitating system with two scalar fields (one of which is phantom) is proposed. It was shown that such a model has solutions oscillating over an extra coordinate and giving a finite radius of compactification of the 5th dimension. Also a possibility of using the model for a greater number of extra dimensions is pointed out.

Research paper thumbnail of Quantization of measure in gravitation

arXiv (Cornell University), Oct 19, 2022

Research paper thumbnail of Dipole-like Field Configurations in Nonperturbative Vacuum

Research paper thumbnail of Thick branes with codimension 1 in modified gravities

International Journal of Modern Physics, Jan 24, 2020

Vacuum solutions describing thick branes with codimension 1 within higher-dimensional [Formula: s... more Vacuum solutions describing thick branes with codimension 1 within higher-dimensional [Formula: see text] modified gravity are constructed. The dependence of these solutions on the parameters determining the solutions is studied numerically.

Research paper thumbnail of Wormhole solutions in GR with two phantom scalar fields

Research paper thumbnail of Fermion states localized on a self-gravitating non-Abelian monopole

arXiv (Cornell University), Jul 27, 2023

Research paper thumbnail of Mixed neutron-star-plus-wormhole systems: Rotating configurations

Physical review, Feb 24, 2023

Research paper thumbnail of Quantization of Measure in Gravitation

Gravitation & Cosmology, Nov 22, 2023

Research paper thumbnail of Charged spinning fermionic configurations and a mass gap

European physical journal. C, Particles and fields, Feb 7, 2024

Research paper thumbnail of Topologically nontrivial solution in Einstein-Dirac gravity on the Hopf bundle

arXiv (Cornell University), Dec 17, 2016

Research paper thumbnail of Multidimensional SU(2) Wormhole between Two Null Surfaces

Recent Developments in Theoretical and Experimental General Relativity, Gravitation, and Relativistic Field Theories, 1999

Research paper thumbnail of Monopole Solutions in SU(2) Yang–Mills and Nonlinear Spinor Field Theory

Physical Sciences Forum, Feb 22, 2021

Research paper thumbnail of Multidimensional Geometrical Model of the Electrical and SU(2) Colour Charge with Splitting Off the Extra Coordinates

Recent Developments in Theoretical and Experimental General Relativity, Gravitation, and Relativistic Field Theories, 1999

Research paper thumbnail of White operators in a non-associative quantum theory

arXiv (Cornell University), Jul 4, 2005

Research paper thumbnail of A String Approximation for the Cooper Pair in High-T$_{\bf c}$ superconductivity

arXiv (Cornell University), Jan 19, 2000

It is assumed that in some sense the High-T_c superconductivity is similar to the quantum chromod... more It is assumed that in some sense the High-T_c superconductivity is similar to the quantum chromodynamic (QCD). This means that the phonons in High-T_c superconductor have the strong interaction along themselves like to gluons in QCD. On the experimental level this means that in High-T_c superconductor exists the nonlinear sound waves. It is possible that the existence of the strong phonon-phonon interaction leads to the confinement of phonons into a phonon tube (PT) stretched between two Cooper electrons like to a hypothesized flux tube between quark and antiquark in the QCD. The flux tube in QCD brings to a very strong interaction between quark-antiquark, the similar situation can be in the High-T_c superconductor: the presence of the PT can essentially to increase the binding energy for the Cooper pair. In the first rough approximation the PT can be approximated as a nonrelativistic string with Cooper electrons at the ends. The BCS theory with such potential term is considered. A possible experimental testing for the string approximation of the Cooper pair is offered.

Research paper thumbnail of Particle scattering in nonassociative quantum field theory

arXiv (Cornell University), Jun 20, 1996

Research paper thumbnail of Gravitational waves attenuation in a non-perturbative spinorial vacuum

Frontiers of Fundamental Physics 14 (FFP14), 2014

Research paper thumbnail of Non-Abelian Proca theories with extra fields: particlelike and flux tube solutions

Physica Scripta, Jun 9, 2020

We consider non-Abelian Proca theories with extra fundamental fields included. In the case of SU(... more We consider non-Abelian Proca theories with extra fundamental fields included. In the case of SU(2) Proca theory with nonlinear scalar and spinor fields, we obtain spherically symmetric regular solutions describing particlelike configurations with finite energy. For such systems, we find the energy spectrum and show the presence of a mass gap. In the case of SU(3) Proca theory with a nonlinear scalar field, we obtain cylindrically symmetric solutions describing tubes either with the flux of a longitudinal electric field or with the energy flux or with both of them. It is shown that the tubes with the energy flux may contribute considerably to the Proca proton spin. Consistent with all of this, we have argued that non-Abelian Proca theories containing extra fields may approximately describe some phenomena in QCD.

Research paper thumbnail of QCD effects in non-QCD theories

arXiv (Cornell University), Mar 14, 2022

Research paper thumbnail of Model of a spin-1/2 electric charge in F(B2) modified Weyl gravity

International Journal of Geometric Methods in Modern Physics, Oct 10, 2020

Research paper thumbnail of Compactification of 5th dimension with usual and phantom scalar fields

arXiv (Cornell University), Jan 25, 2008

A new compactification mechanism of the 5th dimension in a gravitating system with two scalar fie... more A new compactification mechanism of the 5th dimension in a gravitating system with two scalar fields (one of which is phantom) is proposed. It was shown that such a model has solutions oscillating over an extra coordinate and giving a finite radius of compactification of the 5th dimension. Also a possibility of using the model for a greater number of extra dimensions is pointed out.

Research paper thumbnail of Quantization of measure in gravitation

arXiv (Cornell University), Oct 19, 2022

Research paper thumbnail of Dipole-like Field Configurations in Nonperturbative Vacuum

Research paper thumbnail of Thick branes with codimension 1 in modified gravities

International Journal of Modern Physics, Jan 24, 2020

Vacuum solutions describing thick branes with codimension 1 within higher-dimensional [Formula: s... more Vacuum solutions describing thick branes with codimension 1 within higher-dimensional [Formula: see text] modified gravity are constructed. The dependence of these solutions on the parameters determining the solutions is studied numerically.

Research paper thumbnail of Wormhole solutions in GR with two phantom scalar fields

Research paper thumbnail of Fermion states localized on a self-gravitating non-Abelian monopole

arXiv (Cornell University), Jul 27, 2023

Research paper thumbnail of Mixed neutron-star-plus-wormhole systems: Rotating configurations

Physical review, Feb 24, 2023