
Reviewer Board
Members of the reviewer board are selected from all Entropy reviewers for regularly providing timely high quality reports on submitted manuscripts. Responsibilities of reviewers are available here.
Members
Interests: chaotic attractors; shilnikov cycles; reversibility; symmetry; chaos; heteroclinic cycles; heteroclinic networks; bifurcations; dynamical systems; periodic forcing; strange attractors
Interests: quantum optics; photonics; optical physics
Interests: machine learning; artificial intelligence; affective computing; motion analysis; kernel methods; multiple instance learning; multi task learning
Interests: Bose-Einstein condensation; thermodynamics; quantum mechanics; statistical physics
Interests: ultracold bosons; optical lattices; driven dissipative systems; quantum degenerate gases at finite temperatures; solitons and vortices
Interests: quantum information; foundations of quantum mechanics; quantum optics; quantum computing
Interests: electron quantum optics; mesoscopic physics; time-dependent electron transport; quantum pump
Interests: thermodynamics in nano-porous media; physical-chemistry of adsorption processes; rheology of granular materials; computational material science
Interests: scientometrics; innovation management; competitive and technology intelligence; patentometrics; road mapping
Interests: philosophy of mind; foundations of quantum mechanics; informational approaches in physics
Interests: statistical mechanics; mathematical physics; stochastic processes; anomalous diffusion; fractional calculus
Interests: quantum optics; fourier optics; wave optics; open quantum systems; entanglement; decoherence; matter-wave interferometry; Bohmian mechanics; computational physics
Interests: entropy; complex networks; online social networks; economic complexity
Interests: black holes; AdS/CFT; general relativity
Interests: sensor networks; wireless networks; information technology; communications; IoT; Ad hoc Networks; 5G and beyond
Interests: non-equilibrium statistical mechanics; granular systems; fluctuation-dissipation relations; anomalous diffusion; Brownian motors; driven lattice gas; Ising systems
Interests: statistics; econometrics; bioeconomics; econophysics; demography
Interests: wireless networks; interference; stochastic geometry; PCO syncronization
Interests: ferrofluid; fluid mechanics; heat and mass transfer; porous media; numerical analysis; CFD simulation; energy consumption optimization; entropy
Interests: statistical signal processing; statistical learning; information theory; estimation and detection; Bayes based modeling; universal source coding; sparse and compressibility analysis
Interests: heart rate variability; baroreflex; physiological complexity
Interests: non-linear waves, shock waves, detonations; extended thermodynamics; kinetic theory of gases; thermomechanics of irreversible processes; dynamical systems
Interests: mathematical physics; probability theory; random matrix theory
Interests: machine learning and business analytics; machine learning for medical diagnosis; human resource analytics; applications of information theory to industrial and service systems; modeling and solution methods for optimal control problems in stochastic environment
Interests: DNA dynamics; protein docking; protein-protein interactions; DNA melting; DNA unzipping; computational biology; molecular modeling; protein structure function; structure-based modeling; phase transitions; statistical mechanics; docking; protein dynamics
Interests: artificial intelligence; optimization algorithms; intelligent sensors; smart sensors
Interests: semi-supervised learning; learning from missing data; deep learning; clustering; machine learning; image processing; pattern recognition; classification; digital signal processing; signal processing; signal; image and video processing; data mining
Interests: aero-acoustics; cardiovascular systems; fluid dynamics; large eddy simulation; thermodynamics; turbomachinery
Interests: image processing; liquid crystals; solid state physics; archaeoastronomy
Interests: quantum control; shortcuts to adiabaticity; quantum technologies; cavity optomechanics; dynamics of quantum dots coupled to nanostructures; exciton-polaritons