- Gaston M. N'Guérékata (Morgan State University, U. S. A.)
*Evolution equations; abstract harmonic analysis; almost periodic and almost automorphic functions; fractional differential equations*.- Gisèle Mophou (Université des Antilles, Guadeloupe, France)
*Evolution equations; fractional differential equations; almost periodic and almost automorphic functions; control theory*.- Khalil Ezzinbi (Université Cadi Ayyad, Maroc)
*Dynamical systems; evolution equations; partial functional differential equations; functional differential equations*.

- Maximilian Hasler (Université des Antilles, Martinique, France)
*Nonlinear algebraic analysis; function spaces; partial differential equations; mathematical physics; field theory; computational mathematics; number theory*.- Piotr Kasprzak (Adam Mickiewicz University, Poland)
*Functions of bounded variation, almost periodic functions, integral and differential equations, fractional differential equations*.- Li Fang (Yunnan Normal University, P. R. of China)
*Fractional differential equations; operator families; functional differential equations*.

- Nasir Uddin Ahmed (University of Ottawa, Canada)
*Systems: deterministic, stochastic, distributed; differential equations and inclusions, optimal control; linear and nonlinear filtering, identification; hemodynamics of artificial heart; modeling of space station, stability and control; suspension bridges and their stability; dynamics of computer communication network and optimization*.- George A. Anastassiou (University of Memphis, U. S. A.)
*Approximation theory; inequalities; computational analysis; operators theory; ordinary differential equations*.- Nandadulal Bairagi (Jadavpur University, India)
*Mathematical ecology, epidemiology and evolution of infectious diseases, host-pathogen interactions; optimal control of biological resources, in-host hiv models, delay-differential equations, nonlinear dynamics, nonstandard finite difference method, reaction-diffusion equations*.- Mouffak Benchohra (University of Sidi Bel Abbes, Algeria)
*Initial and boundary value problems (ivps, bvps) for differential and functional differential equations and inclusions; impulsive differential and functional differential equations and inclusions; controllability of differential and functional differential equations and inclusions; fuzzy differential equations and inclusions; abstract evolution equations and inclusions; dynamic equations and inclusions on time scales; fractional differential equations and inclusions*.- Martin Bohner (Missouri University of Science and Technology , U. S. A.)
*Difference equations; control theory; oscillation; variational systems*.- Claudio Cuevas (Universidade Federal de Pernambuco, Brazil)
*Difference equations; periodicity and ergodicity; dispersive estimates; fractional differential equations; functional differential equations; integral and integro-differential operators*.- Hui-Sheng Ding (Jiangxi Normal University, P. R. of China)
*Asymptotic behavior of evolution equations including periodicity, almost periodicity, almost automorphy, boundedness and stability; abstract evolution equation, functional differential equation, integral equation, difference equation, dynamical systems*.- Jerome A. Goldstein (University of Memphis, U. S. A.)
*Evolution equations; calculus of variations; electron densities in quantum theory; nonlinear PDE*.- Dinh Nho Hào (Hanoi Institute of Mathematics , Vietnam)
*Partial differential equations (PDE); inverse and ill-posed problems in PDE; nonlinear analysis; optimal control theory; numerical analysis*.- Xinzhi Liu (University of Waterloo, Canada)
*Ordinary differential equations; functional differential equations; dynamical systems; stability and control theory*.- Carlos Lizama (Universidad de Santiago de Chile, Facultad de Ciencia, Chile)
*Operator theory; ordinary differential equations; integral equations; abstract harmonic analysis*.- Ousseynou Nakoulima (University Ouaga 3S, Burkina Faso)
*Evolution equations; nonlinear analysis; control theory*.- Minh Van Nguyen (Columbus State University, U. S. A.)
*Asymptotic behavior of differential equations; semigroup theory and applications*.- Stanislas Ouaro (Université Ouaga I, Burkina Faso)
*Partial differential equations (PDE); difference equations; functional equations*.- Alexander Pankov (Morgan State University, U. S. A.)
*Partial differential equations, homogenization theory, mathematical physics, discrete nonlinear models, nonlinear analysis, almost periodicity*.- Michael Ruzhansky (Imperial College London, United Kingdom)
*Hyperbolic partial differential equations; Schrödinger equations; Fourier analysis*.- Stefan Siegmund (TU Dresden, Germany)
*Nonautonomous dynamical systems; bifurcation theory; transient dynamics; coherent structures*.- Mahamadi Warma (George Mason University, USA)
*Fractional partial differential equations, nonlocal partial differential equations, evolution equations, linear and non linear partial differential equations, potential theory, dirichlet forms, feller semigroups, control theory of PDEs, optimal control of PDEs*.- Ti-Jun Xiao (School of Mathematical Sciences, Fudan University, P. R. of China)
*Evolution equations; nonlinear analysis; operator families; control theory*.- Yong Zhou (Xiangtan University, P. R. of China)
*Fractional differential equations, functional differential equations*.- Enrique Zuazua (Basque Center for Applied Mathematics, Spain)
*Partial differential equations; systems control and numerical analysis; modelling, analysis, computer simulation and control and design of natural phenomena and other problems arising in r+d+i*.