Reviewer Board
Members of the reviewer board are selected from all Universe reviewers for regularly providing timely high quality reports on submitted manuscripts. Responsibilities of reviewers are available here.
Members
Interests: general relativity; Relativistic Astrophysics; field theory
Interests: exoplanet-hosting stars
2. Institute of Fundamental and Applied Research, National Research University TIIAME, Kori Niyoziy 39, Tashkent 100000, Uzbekistan
Interests: optical properties of black holes; energetics of black holes; neutron star magnetosphere; electrodynamics of magnetized neutron stars and black holes; gravitational lensing; quasinormal modes of black holes; particles and fields in black hole environment
Interests: compact stars; cosmic rays; citizen science; dense nuclear matter; smart phones; equation of state; cosmic rays physics; extensive air showers; time correlated events; particle astrophysics; alternative theories of gravity; CREDO collaboration; cosmology; detector; cascade; mathematical physics; events; Bayesian inference; coincidence; signal; correlations; CORSIKA simulations; ultra-high energy photons; cosmic ray ensembles
Interests: using of Machine Learning techniques to solve problems in astronomy and cosmology; lattice QCD; quantum field theory
2. Istituto Nazionale di Fisica Nucleare (INFN) Sez. di Napoli, Compl. Univ. di Monte S. Angelo, Edificio G, Via Cinthia, I-80126 Napoli, Italy
3. Scuola Superiore Meridionale, Università di Napoli ”Federico II”, Largo San Marcellino 10, 80138 Napoli, Italy
Interests: cosmology; standard and extended cosmological model; inflationary cosmological model; cosmological parameters from cosmological observations; cosmography
Interests: gravity theories; Mathematics; thermodynamic of black holes
2. School of Fundamental Physics and Mathematical Sciences, Hangzhou Institute for Advanced Study, UCAS, Hangzhou 310024, China
Interests: gravitational wave; general relativity; Numerical Relativity; black hole; gravitation; tests of gravity theory; gravitational wave data analysis methods; compact binary coalescence; exotic compact objects
Interests: theoretical physics; quantum field theory; Elementary Particle Physics; cosmology; general relativity; gravitational physics; neutrino physics; dark energy; dark matter; High Energy Physics; Fundamental Physics
Interests: general relativity; Relativistic Astrophysics; black hole; naked singularity; gravitomagnetic monopole; frame-dragging effect; Strong Gravity; gravitational waves; relativistic accretion; QPOs
Interests: cosmology; High Energy Astrophysics; physics of black holes and neutron stars
Interests: galaxy cluster; dark matter; galaxy; gravitational waves; modified gravity
Interests: Theoretical Nuclear Physics; relativististic heavy-ion collisions; transport theory; relativistic fluid dynamics; transport coefficients; quark-gluon-plasma
Interests: survey cosmology; Large-Scale Structure; gravitational waves; primordial black hole constraints
Interests: Particle Physics; neutrino physics; low temperature detectors
Interests: observational cosmology; galaxy clusters; cosmological simulations; SZ effect; optical spectroscopy/photometry
Interests: physics of relativistic stars; magneto-thermal and rotational evolution of neutron stars; MHD processes in core and crust of neutron stars; dynamo processes in nascent neutron stars; thermoelectric field amplification; emission processes of radio pulsars; special and general relativistic effects; creation of peculiar surface field structures; cooling of neutron stars; accretion onto neutron stars in binary systems
Interests: black hole accretion; AGN jets and outflows; galactic winds; galaxy evolution; Cosmic rays; hydrodynamical simulations
Interests: light propagation and observable quantities in cosmology; cosmological models with rotation; cosmic strings (macroscopic topological defects, not superstrings); causal problems and causal paradoxes in classical relativity; centrifugal force (and other inertial forces) in general relativity; FINSLER GRAVITY; positional astronomy and its link to relativistic cosmology; the sections of differential geometry which are applied in these areas (Lorentzian geometry, Finsler geometry)
Interests: cosmic microwave background (CMB); CMB large-angle anomalies; recombination; reionisation; field-theory based models of dark-sector physics; galaxies; baryons and nucleosynthesis; actively assisted structure formation; intergalactic magnetic fields; initial curvature perturbations; Yang-Mills thermodynamics
Interests: neutrino physics; multi-messenger astronomy; High Energy Physics; astroparticle physics; Neutrino oscillations
Interests: Atmospheric Sciences; climate change; meteorology; atmospheric modeling; natural disasters
Interests: systems engineering; space instrumentation; optics; exoplanet science; space mission design; electric propulsion; small satellites
2. NASA Goddard Space Flight Center, Greenbelt, MD 20771, USA
Interests: active galactic nuclei (AGN)- accretion disk, corona, reflection, Compton hump, Fe line, soft excess; AGN torus, feeding the black hole, clumpy-torus models; AGN feedback: outflows and winds, ionized absorbers, radio jets; black hole galaxy co-evolution; UV, optical, and X-ray observations of AGN
Interests: cosmology; theoretical physics; dark energy; dark matter; baryogenesis/leptogenesis; extra dimensions; 21-cm hydrogen line; fast radio bursts; radio astronomy
Interests: planetary science; geospatial statistics; high-performance computing; data science
Interests: neutrino physics; general relativity and gravitation; quantum field theory; Non-commutative Geometry; non-extensive thermodynamics
Interests: theoretical particle physics; quantum field theory; quantum field theory in curved spacetime; relativistic quantum information; general relativity; cosmology; analog models of gravity; quantum gravity
Interests: gravitation; cosmology; Relativistic Astrophysics
Interests: Quantum Gravity; holography; AdS-CFT; conformal field theory; entanglement entropy; computational complexity; quantum quenches; RG flows; relative entropy