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Andrey A. Grib Professor 28.03.1939 - 08.06.2024 |
Памяти
Андрея Анатольевича Гриба
- Professor
of the Theoretical Physics Department of St.Petersburg State Pedagogical University
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Address : |
A.Friedmann Laboratory
for Theoretical Physics, 30/32 Griboedov can., St.Petersburg, 191023, Russia |
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E-mail: |
Degrees
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Doctor of Physical and
Mathematical Sciences (1980) |
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Professor (1982) in Mathematics |
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Member of the American
Mathematical Society (1996) |
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Member of the Russian
Academy of Natural Sciences (2000) |
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Academician of the
Russian Academy of Natural Sciences (2003) |
In
2012 professor A.A. Grib received the international award -
the Galileo golden medal
of the Telesio-Galilei
Academy.
The
award was given for the "formulation of the quantum field theory in
Friedmann
space-time of the expanding Universe" in March 22, 2012 Toulouse
University, France.
Scientific
interests
- The quantum field theory in
curved space-time;
- The
general questions of quantum theory.
Monographs
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A.A.Grib, Problem of
noninvariant vacuum in quantum field theory. |
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A.A.Grib, S.G.Mamayev,
V.M.Mostepanenko, |
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A.A.Grib, S.G.Mamayev,
V.M.Mostepanenko, |
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A.A.Grib, Early
expanding Universe and elementary particles. |
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A.A.Grib, J.-P.Luminet, Essais de Cosmologie. Alexandre
Friedmann, Georges Lemaitre. |
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A.A.Grib, W.A.Rodrigues
Jr., Nonlocality
in quantum physics. |
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A.A.Grib, Concepts of
modern natural sciences. |
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A.A.Grib, Foundations
of modern cosmology. |
Main
publications
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A.A.Grib, On the problem
of the interpretation of quantum physics. |
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A.A.Grib, Yu.V.Pavlov, On
the energy of particle collisions in the ergosphere of the rotating black
holes. |
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A.A.Grib, Yu.V.Pavlov,
Collision energy of particles in the ergosphere of rotating black holes. |
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A.A.Grib, Yu.V.Pavlov,
High energy particles with negative and positive energies in the vicinity of
black holes, arXiv:1401.0368 [gr-qc]. |
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A.A.Grib, Yu.V.Pavlov,
Geodesics with negative energy in the ergosphere of rotating black holes, arXiv:1304.7360 [gr-qc]. |
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A.A.Grib, Yu.V.Pavlov, On
the energy of particle collisions in the ergosphere of the rotating black
holes. |
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A.A.Grib, Yu.V.Pavlov,
O.F.Piattella, On collisions with unlimited energies in the vicinity of Kerr
and Schwarzschild black hole horizons, |
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A.A.Grib, A.M.Rasulova,
Can one see the infinite future of the universe when falling to Kerr and
Reissner-Nordstrom black holes? |
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A.A.Grib, Yu.V.Pavlov,
O.F.Piattella, High energy processes in the vicinity of the Kerr's black hole
horizon, |
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A.A.Grib, Yu.V.Pavlov, Particles
with negative energies in black holes. |
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A.A.Grib, G.N.Parfionov,
Quantum logics, games, and equilibriums, |
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A.A.Grib, Yu.V.Pavlov, On
particles collisions in the vicinity of rotating black holes, |
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A.A.Grib, D.V.Petrova,
Statement of the principles of quantum mechanics in the course of general
physics, |
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A.A.Grib, V.Yu.Dorofeev,
Spontaneous symmetry breaking for long-wave gravitons in the early Universe. |
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A.A.Grib, Yu.V.Pavlov, Is
it possible to see the infinite future of the Universe when falling into a
black hole? |
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A.A.Grib, Yu.V.Pavlov, On
the hypothesis of superheavy particles as particles of dark matter. |
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A.A.Grib, Yu.V.Pavlov,
Superheavy particles as dark matter and their role in creation of visible
matter in active galactic nuclei and the early Universe. |
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A.A.Grib, Yu.V.Pavlov,
Active galactic nuclei and transformation of dark matter into visible matter.
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A.A.Grib, Yu.V.Pavlov, Do
active galactic nuclei convert dark matter into visible particles? |
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A.A.Grib, Yu.V.Pavlov,
Creation of superheavy particles by gravity of early Universe and hypothesis
of superheavy dark matter. (In Russian). |
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A.A.Grib, Yu.V.Pavlov, Is
dark matter the relic of the primordial matter that created the visible
matter of the Universe? |
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A.A.Grib, Yu.V.Pavlov,
Quantum field theory in curved spacetime and the dark matter problem. |
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A.A.Grib, Yu.V.Pavlov,
Superheavy particles and the dark matter problem. |
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A.Grib, A.Khrennikov,
J.Parfionov, and K.Starkov, Quantum equilibrium for macroscopic systems. |
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A.A.Grib, Yu.V.Pavlov,
Some effects of the quantum field theory in the early Universe. |
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A.A.Grib, Yu.V.Pavlov,
Dark matter in the early Universe and the creation of visible particles. |
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A.A.Grib, G.N.Parfionov,
Can a Game be Quantum? |
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A.A.Grib, Yu.V.Pavlov, On
the possible role of superheavy particles in the early Universe. |
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A.A.Grib, Nonzero
cosmological constant and the many vacua world. |
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A.A.Grib, Quantum
physics, randomness and religious experience. |
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A.A.Grib, Yu.V.Pavlov,
Cold dark matter and primordial superheavy particles. |
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A.A.Grib, Yu.V.Pavlov, On
the coincidence between visible and hidden masses. |
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A.A.Grib, Yu.V.Pavlov,
Quantum field theory in curved space-time and the early Universe. |
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A.A.Grib, Modern physics
and religious revelation. |
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A.A.Grib, G.N.Parfionov,
Can a game be quantum? |
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A.A.Grib, Yu.V.Pavlov, Superheavy
particles in Friedmann cosmology and the dark matter problem. |
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A.A.Grib, Particle
creation in the early Friedmann Universe and the origination of space-time. |
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A.A.Grib, The Anthropic
Principle in the Cosmology: Its Significance. |
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A.Grib, M.Novello. |
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A.A.Grib, |
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A.A.Grib, R.R.Zapatrin,
In search of quantum topology. |
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V.A.Bubovich, A.A.Grib,
Quantum computations on macroscopical automata. |
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A.A.Grib, Comment on the
paper: Does the Unruh effect exist? |
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A.A.Grib. |
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A.A.Grib, A.A.Terentyev,
The Cosmos of the Ancient Jainas. |
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A.A.Grib, R.R.Zapatrin,
Topologimeter and the problem of the physical interpretation of topology
lattice. |
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A.A.Grib, Particle
creation and the origin of the visible Universe. |
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A.A.Grib, W.A.Rodrigues,
On the problem of conformal coupling in field theory in curved spacetime. |
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A.A.Grib, E.A.Poberii, On
the difference between conformal and minimal coupling in general relativity. |
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A.A.Grib, V.Yu.Dorofeev,
Creation of particles and entropy in the early Friedmann Universe. |
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V.Frenkel, A.A.Grib. |
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A.A.Grib, V.Yu.Dorofeev,
Creation of particles in the early Friedmann Universe. |
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A.A.Grib, Quantum logical
interpretation of quantum mechanics: The role of time. |
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A.A.Grib, Time and
eternity in modern relativistic cosmology. |
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A.A.Grib, Quantum cosmology, the role of observer, quantum logic. In "Quantum cosmology and the laws of Nature. Scientific Perspectives on Divine Action." Vatican Obs. Publ., p.163 (1993). |
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D.Aerts, T.Durt,
A.A.Grib, B. Van Bogaert and R.R.Zapatrin, Quantum structures in macroscopic
reality. |
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A.A.Grib, Breaking of
Bell's inequalitie and measurement problem in quantum theory. |
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A.A.Grib, R.R.Zapatrin,
Macroscopic realizations of quantum logics. |
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A.A.Grib, R.R.Zapatrin,
Topology lattice as quantum logic. |
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A.A.Grib, R.R.Zapatrin,
Quantum logical description of two-particle systems. |
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A.A.Grib, V.Yu.Dorofeev,
Quantum theory of particles with Planckean mass. |
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A.A.Grib, R.R.Zapatrin,
Automata simulating quantum logics. |
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A.A.Grib, Quantum effects
in Friedmann space and creation of macroscopic mass. |
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A.A.Grib, R.R.Zapatrin,
Quantum logic: problems and perspectives. |
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A.A.Grib, Are black holes
black? |
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A.A.Grib,
V.M.Mostepanenko, Quantum effects in Friedmann space. |
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A.A.Grib, E.A.Poberii, Some
observable gravitational effects in the elementary particle physics. |
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A.A.Grib, Yu.V.Kryukov,
Violation of T and CPT-symmetry in nonstationary gravitational field. |
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A.A.Grib, E.A.Pobery,
Zh.V.Yarevskaya, Gravity field effect on a system of K-mesons. |
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A.A.Grib, A.V.Nesteruk,
S.A.Pritomanov, Quantum effects of massless fields in anisotropic spacetime. |
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A.A.Grib, A.V.Nesteruk,
Quantum effects and exclusion of conformal anomaly in anisotropic space-time.
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A.A.Grib, V.M.Frolov,
Creation of particles with heavy mass. |
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A.A.Grib, S.G.Mamayev,
V.M.Mostepanenko, Particle creation from vacuum by gravitational field:
history and perspectives. |
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A.A.Grib, Quantum effects
in Friedmann space and gravitational constant. |
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A.A.Grib, E.A.Poberii,
Gauge approach in gravitational theory and strong interactions. |
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A.A.Grib, Bell's
inequalities and experimental verification of quantum correlations at
macroscopic distances. |
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A.A.Grib, A.V.Nesteruk,
S.A.Pritomanov, Conformal anomalies and exclusion of infrared divergences in
curved space-time. |
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A.A.Grib, S.G.Mamayev, V.M.Mostepanenko,
Self-consistent treatment of vacuum quantum effects in isotropic cosmology. |
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A.A.Grib, N.Sh.Urusova,
Vacuum polarization of a massless field and conformal transformations. |
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A.A.Grib, A.V.Nesteruk,
Creation of particles and energy-momentum tensor of photons in anisotropic
space-time. |
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A.A.Grib, A.V.Nesteruk,
Vector mesons in Friedmann space-time. |
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A.A.Grib, A.V.Nesteruk,
Creation of vector mesons in Friedmann space-time. |
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A.A.Grib, A.V.Nesteruk,
V.A.Shelyuto, Quantum effects of the vector mesons field in Friedmann
space-time. |
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A.A.Grib, Higgs's
phenomenon without Higgs's mesons. |
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A.A.Grib, Von Neumann
interpretation of quantum mechanics and the problem of consciousness. |
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A.A.Grib, Methodological
meaning of quantum theory for psychology. |
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A.A.Grib, S.G.Mamayev,
V.M.Mostepanenko, Vacuum superfluidity near anisotropic singularity: a new
phase transition. |
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A.A.Grib, S.G.Mamayev,
V.M.Mostepanenko, Vacuum stress-energy tensor and particle creation in
isotropic cosmological models. |
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A.A.Grib, S.G.Mamayev,
V.M.Mostepanenko, Particle creation and vacuum polarization in isotropic
universe. |
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A.A.Grib,
V.M.Mostepanenko, Spontaneous breaking of gauge and discrete symmetry in
curved space-time. |
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A.A.Grib, S.G.Mamayev,
V.M.Mostepanenko, Pair creation of particles in expanding isotropic Universe.
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A.A.Grib,
V.M.Mostepanenko and V.M.Frolov, Breaking of conformal symmetry and
quantization in curved spacetime. |
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V.M.Frolov, A.A.Grib,
V.M.Mostepanenko, Conformal symmetry breaking and quantization in curved
space-time. |
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A.A.Grib,
V.M.Mostepanenko and V.M.Frolov, Spontaneous breaking of CP symmetry in a
nonstationary isotropic metric. |
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A.A.Grib,
V.M.Mostepanenko and V.M.Frolov, Spontaneous breaking of gauge symmetry in a
nonstationary isotropic metric. |
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A.A.Grib,
V.M.Mostepanenko, Spontaneous breaking of gauge symmetry in open homogeneous
isotropic Universe. |
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A.A.Grib,
V.M.Mostepanenko and V.M.Frolov, Spontaneous symmetry breaking in the interaction
of a scalar field with an external vector field. |
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A.A.Grib,
V.M.Mostepanenko and V.M.Frolov, Creation and scattering of particles by a
nonstationary electromagnetic field in the canonical formalism. |
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A.A.Grib, S.G.Mamayev,
V.M.Mostepanenko, Particle creation from vacuum in homogeneous isotropic
models of the Universe. |
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A.A.Grib, Vacuum in
theory of particle creation in cosmology. |
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A.A.Grib,
V.M.Mostepanenko, The massive Goldstone bosons in the model of milliweak
CP-breaking. |
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A.A.Grib, S.G.Mamayev,
V.M.Mostepanenko, Particle creation from a vacuum in a nonstationary
isotropic Universe. |
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A.A.Grib, B.A.Levitskii
and V.M.Mostepanenko, Particle creation from vacuum by a nonstationary
gravitational field in the canonical formalism. |
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A.A.Grib, Is movement
back in time possible? (In Russian). |
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A.A.Grib,
V.M.Mostepanenko and V.M.Frolov, Particle creation from vacuum by a
homogeneous electric field in the canonical formalism. |
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A.A.Grib,
V.M.Mostepanenko, Broken symmetry in the K-meson theory and Goldstone
theorem. |
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A.A.Grib,
E.V.Damaskinskii, V.M.Maximov, The problem of symmetry breaking and
invariance of the vacuum in quantum field theory. |
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A.A.Grib, S.G.Mamayev,
Creation of matter in Friedmann model of the Universe. |
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A.A.Grib, S.G.Mamayev, On
field theory in Friedmann space. |
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A.A.Grib, Theory of
elementary particles and non-invariant vacuum. |
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A.A.Grib, On possible
difference between Heisenberg and Schrodinger representations in quantum
field theory. |
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A.A.Grib, Nonequivalent
representations in quantum field theory and measurement theory. |
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A.A.Grib,
CP-noninvariance in K-meson decays and nonequivalent representations in
quantum field theory. |
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A.A.Grib, On the
connection of CP-invariance breaking in K-meson decays with nonconservation
of strangeness. |
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A.A.Grib, Symmetry group
of solutions of Klein-Gordon equation in external vector field. |
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A.A.Grib,
CP-noninvariance in K-meson decays and noninvariant vacuum. Pis'ma v ZhETF 2, No 1, 14-17 (1965). Science, Moscow. [English
transl. in JETP Letters, Vol. 2 (1965).] |