Editorial Board

THEORY: Stochastic dynamics, non-equilibrium statistical physics, dynamical systems, chaos, self-organization, complex systems, population dynamics, sociophysics

THEORY: Particles and fields, solitons, topological structures, braneworlds

EXPERIMENT: Soft, living, and fluid matter physics – swimming dynamics, mechanical properties, viscoelasticity, biomechanics, growth dynamics, wetting, capillary phenomena, liquid drops, force measurements, methodology

THEORY: Statistical mechanics of neural networks and learning machines, phase transitions, spin glasses, biological complexity

THEORY: Quantum gravity, quantum field theory, renormalization group, random geometries, matrix and tensor models

THEORY: Cosmology, observational cosmology, inflationary theory, dark energy, cosmography

THEORY AND EXPERIMENT : Statistical physics and networks, social and economic systems, social organizations, anthropology, computational social science, dynamics of social systems, multilayer networks

THEORY: Ultracold atomic gases, nonlinear and quantum optics, solid state optics, quantum fluids of light, analog models of gravity, synthetic gauge fields for atoms and for light

EXPERIMENT: Random and disordered media, Anderson localization, topological effects in photonic systems, photonic bandgap materials

THEORY : Nonequilibrium statistical physics, driven diffusive systems, phase ordering dynamics, interacting particle systems, bacterial chemotaxis, force generation by biopolymers

THEORY: Electronic structure theory of solids: electronic, structural, dynamical, magnetic, superconducting properties of real solids

THEORY: Strongly correlated electron systems, quantum transport, magnetism, molecular transistors, quantum impurity problems, dynamical mean field theory, numerical renormalization

THEORY: Quantum thermodynamics, quantum chaos, quantum information theory, quantum communication, foundations of quantum mechanics

THEORY : Nanomagnetism, spintronics, magnetic anisotropy, scanning tunneling microscopy, decoherence, electron paramagnetic resonance, spin control, Kondo physics

THEORY: Strongly correlated electrons, Mott physics, interplay between electronic correlations and disorder, unconventional superconductivity, non-equilibrium dynamics of correlated systems, entanglement in correlated systems

THEORY: Condensed matter theory, correlated electronic systems, disordered systems, Anderson localization, metal-insulator transitions, quantum criticality

THEORY: Strongly correlated systems, unconventional superconductivity, multiorbital physics, fluctuation phenomena, transport properties

THEORY : Physics of hot plasmas, magnetic confinement fusion, non-linear physics, long-range systems, chaos and statistical physics

THEORY: Particle physics, quantum chromodynamics, large hadron collider phenomenology, heavy-ion collisions, quark gluon plasma, parton distribution functions, small-x physics

THEORY: Condensed matter theory, electronic structure, density functional theory, high pressure, phase transitions, chemical bonding, planetary materials

EXPERIMENT: Ferroelectric domain, ferroelectric thin films, ferroelectric and nano-semiconductor devices

THEORY AND EXPERIMENT : Statistical physics, complex systems, stochastic modelling, dynamical systems, bifurcations and chaos, networks of coupled oscillators

THEORY: Theory of soft condensed matter, non-equilibrium dynamics, phase transitions, colloidal suspensions, driven systems, active matter, liquid crystals, transport, self-assembly, feedback control, self-organization, computer simulations, classical density functional theory, stochastic modelling, coarse-graining

THEORY: Casimir physics, constraints on non-Newtonian gravity, constraints on axionlike particles, electrical and optical properties of graphene

EXPERIMENT: Plasma physics, plasma discharges, X ray absorption techniques, interferometry, microvawe techniques, plasma diagnostic techniques, surface properties, nanostructures and nanoparticles, polymers

THEORY : Statistical physics, biological physics, complex networks, disordered systems, quantum entanglement

THEORY + EXPERIMENT: Metamaterials, metasurfaces, photonic crystals, nanophotonics, plasmonics, acoustic and elastic waves

EXPERIMENT: Nuclear physics, heavy ion reactions, nuclear instrumentation, particle detectors, cosmic ray physics, muon tomography

EXPERIMENT: Quantum Hall effect, quantum fluids and solids, two-dimensional electron system, cryogenics

THEORY: Structure, dynamics and phase transitions in colloidal suspensions, collective behaviour of active particles, statistical mechanics of interfaces, nonequilibrium phenomena, glass transition, nucleation, computer simulations, classical density functional theory, polymers, polyelectrolytes and liquid crystals, biological physics: bacterial motility, complex plasmas

THEORY AND EXPERIMENT: Quantum information, quantum secure direct communication, quantum communication, quantum computing, quantum optics, NMR quantum computing, optical microcavity, duality quantum computing, quantum algorithms, quantum cryptography

THEORY: Quantum Transport in correlated systems, topological materials: Majorana physics and topological superconductors, quantum thermodynamics: quantum engines and refrigerators, Maxwell demon, time-dependent transport in nanosystems spintronic at the nanoscale

THEORY: General relativity, modified gravity theories, quantum gravity, quantum geometry, loop quantum gravity, black holes, higher dimensional gravity, Kaluza-Klein theory, gauge theories of gravity, theoretical cosmology, quantum cosmology, quantum mechanics

THEORY: Non-equilibrium statistical physics, thin film and cluster growth on surfaces, ion transport in disordered solids, driven diffusion systems, density functional theory of classical fluids, stochastic processes

THEORY: Theoretical high-energy physics, quantum chromodynamics, hadron physics, nonstandard multi-quark states, heavy quark effective theory, leptonic, semileptonic and radiative hadron decays

THEORY: Quantum error correction, quantum fault tolerance, quantum computation, quantum information processing, quantum theory

THEORY: Statistical physics, nonequilibrium statistical mechanics, phase transitions, stochastic thermodynamics, quantum chaos, quantum thermalization, eigenstate thermalization hypothesis

EXPERIMENT: Electric and optical properties of organic ultra-thin films, polymers and biomolecules, interfaces, nanotechnology, colloids, molecular architectures for electronics, photonics magnetism and sensors, biomimetic cells and membranes, radiation effect in biological systems

THEORY: Complex networks, complexity, social systems, machine learning, biological complexity, social physics, epidemic models, synchronization, graphs

THEORY AND EXPERIMENT: Stochastic thermodynamics, stochastic processes, optical tweezers,
nonequilibrium phenomena in biology

THEORY: Quantum theory, quantum control, shortcuts to adiabaticity, quantum optics, time in quantum mechanics, tunneling times, foundations of quantum mechanics

THEORY: Theoretical hadron physics, heavy meson physics, heavy baryon physics, light baryons physics, electromagnetic form factors, electromagnetic transition form factors, hadron spectroscopy, exotic hadron spectroscopy, theoretical nuclear physics: neutrinoless double beta decay, beta decay, charge exchange, interacting boson model, algebraic models

THEORY: Ultracold quantum gases, quantum chaos, semiclassical theory of tunneling, strong and weak localisation

EXPERIMENT: Experimental materials science: multifunctional materials, multiferroics, perovskite oxides, crystal fields in hard magnets, hydrogen diffusion in metals and ionic solids, water mobility in confinement (opal). Neutron, SR and X-rays scattering techniques

THEORY: Soft matter, biological physics, active matter, microswimmers, fluid dynamics

THEORY AND EXPERIMENT : Polymers, colloids, glass transition, self-assembling, crystallization, computer simulation

THEORY: Cosmology, gravitation

THEORY: Open quantum systems, non-Markovian quantum dynamics, decoherence, quantum dissipation, quantum information

THEORY AND EXPERIMENT: Solid earth physics, geophysical observations, instrumentation and techniques, acoustics, seismology, laboratory wave propagation experimentation

THEORY: Turbulence, magnetohydrodynamic turbulence, convection, Rayleigh-Bénard convection, dynamo theory

THEORY: Ultracold gases, low dimensional systems, effects of disorder

THEORY: Quantum computing : adiabatic quantum computing, quantum benchmarking, quantum gates ; mesoscopic physics : Coulomb blockade, spin blockade, quantum interference effects ; quantum control ; quantum protocols : quantum tomography, quantum walks ; quantum information processing : quantum information with hybrid systems, quantum information with solid state qubits, quantum memories, quantum sensing ; superconductivity : Andreev reflection, Josephson effect, proximity effect ; quantum theory : open quantum systems / decoherence, quantum control, quantum measurements, quantum parameter estimation, quantum tomography

EXPERIMENT: Photoionization and excitation, strong-field physics, ultrafast spectroscopy, high-order harmonic generation

EXPERIMENT: Superconductivity, vortex matter, topological materials, magnetism, low dimensional materials

THEORY: Theoretical condensed matter physics, computational physics, materials physics, surface physics, electronic structure, phonons, transport properties, spin-orbit coupling, spintronics, structure and dynamics of solids, graphene and other 2D materials, transition metal dichalcogenides, black phosphorus, topological insulators, nanoscale materials and related systems, nanostructures, disordered systems, localization, computational design of new materials, growth of low-dimensional structures