V. Neznamov

发表

Quantum-mechanical nonequivalence of metrics of centrally symmetric uncharged gravitational field

M. Gorbatenko, V. Neznamov, 2013, 1303.3379.

Uniqueness and Self-Conjugacy of Dirac Hamiltonians in arbitrary Gravitational Fields

M. Gorbatenko, V. Neznamov, 2011, 1102.4067.

Solution of the problem of uniqueness and hermiticity of hamiltonians for Dirac particles in gravitational fields

M. Gorbatenko, V. Neznamov, 2010, 1007.4631.

Quantum electrodynamics with self-conjugated equations with spinor wave functions for fermion fields

V. Neznamov, V. E. Shemarulin, 2021, 2108.04664.

On the theory of interacting fields in the Foldy-Wouthuysen representation

V. Neznamov, 2004, hep-th/0411050.

Cosmic censorship and stationary states of half-spin particles in the field of Reissner-Nordström naked singularity

M. Gorbatenko, V. Neznamov, I. I. Safronov, 2016 .

Some Aspects of Quantum Mechanics of Particle Motion in Static Centrally Symmetric Gravitational Fields

M. Gorbatenko, V. Neznamov, E. Popov, 2015, 1504.00306.

Quantum particles and the ergosphere of the Kerr metric

V. Neznamov, 2020, Journal of Physics: Conference Series.

Equivalence and hermiticity of Dirac Hamiltonians in the Kerr gravitational field

M. Gorbatenko, V. Neznamov, 2014, 1402.6639.

A Modified Method for Deriving Self-Conjugate Dirac Hamiltonians in Arbitrary Gravitational Fields and Its Application to Centrally and Axially Symmetric Gravitational Fields

M. Gorbatenko, V. Neznamov, 2011, 1107.0844.

Analysis of the quantum-mechanical equivalence of the metrics of a centrally symmetric uncharged gravitational field

M. Gorbatenko, V. Neznamov, 2014, 1404.2085.

II. The standard model in the isotopic Foldy-Wouthuysen representation without higgs bosons in the fermion sector

V. Neznamov, 2011, Physics of Particles and Nuclei.

Quantum-mechanical nonequivalence of metrics of centrally symmetric uncharged gravitational field

M. Gorbatenko, V. Neznamov, 2013, 1303.3379.

Atoms and Forces of Interaction Between Elementary Particles in the Expanding Universe

M. Gorbatenko, V. Neznamov, 2011, 1105.4709.

Uniqueness and Self-Conjugacy of Dirac Hamiltonians in arbitrary Gravitational Fields

M. Gorbatenko, V. Neznamov, 2011, 1102.4067.

Solution of the problem of uniqueness and hermiticity of hamiltonians for Dirac particles in gravitational fields

M. Gorbatenko, V. Neznamov, 2010, 1007.4631.

On the uniqueness of the Dirac theory in curved and flat spacetime

M. Gorbatenko, V. Neznamov, 2014 .

Foldy-Wouthuysen wave functions and conditions of transformation between Dirac and Foldy-Wouthuysen representations

A. Silenko, V. Neznamov, 2009, 0906.2069.

Absence of the non-uniqueness problem of the Dirac theory in a curved spacetime. Spin-rotation coupling is not physically relevant

M. Gorbatenko, V. Neznamov, 2013, 1301.7599.

I. The isotopic Foldy-Wouthuysen representation and chiral symmetry

V. Neznamov, 2011, Physics of Particles and Nuclei.

Comments to the article by A. Ya. Silenko “dirac equation in the foldy-wouthuysen representation describing the interaction of spin-1/2 relativistic particles with an external electromagnetic field”

V. Neznamov, 1997 .

Quantum mechanics of stationary states of particles in a space–time of classical black holes

M. Gorbatenko, V. Neznamov, 2020, Theoretical and Mathematical Physics.

Motion of spin-half particles in the axially symmetric field of naked singularities of the static q-metric

V. Neznamov, V. Shemarulin, 2017 .

Analysis of half-spin particle motion in Reissner–Nordström and Schwarzschild fields by the method of effective potentials

M. Gorbatenko, V. Neznamov, E. Popov, 2017 .

On the opportunity of Laser Plasma simulation of Plasma Jets formation in moderate magnetic fields ∼ kGs

Y. Zakharov, V. Posukh, I. Shaikhislamov, 2021, Journal of Physics: Conference Series.

New method for solving the ‘ 137$?>’ problem and determining hydrogen-like energy levels

V. Neznamov, I. I. Safronov, 2014 .

Quantum mechanics of stationary states of particles in a space–time of classical black holes

M. Gorbatenko, V. Neznamov, V.P.Neznamov, 2020, Theoretical and Mathematical Physics.