Aims and Scope

The CMS aims to publish high-impact and innovative research that advances the theory, analysis, modeling, computation, and applications of nonlinear systems in science and engineering. The scope of the journal encompasses a wide spectrum of nonlinear phenomena, including but not limited to stability, bifurcation, chaos, and complex dynamical behavior in deterministic and stochastic environments.

Interdisciplinary studies in nonlinear biological and ecological systems, neural dynamics, epidemiological modeling, statistical  modeling for data, energy systems, and network science are equally within scope, particularly when they demonstrate new mechanisms, emergent behavior, or system-level interactions driven by nonlinearity. Overall, the journal seeks to bridge theoretical development with real-world applications by fostering research that deepens the understanding of nonlinear complexity and supports the design and control of advanced nonlinear systems across multiple disciplines.

Followings Major subject can be included but not limited too

Bio-Mathematics

Mathematical Physics

Numerical Analysis

Optimization and Control

Fuzzy Analysis

Fractional Calculus Application

Statistcs, Probablity and Finalcial Mathemaitcs

Anlaysis

Computational Algebra

Geometry

Number Theory

 

Article Types Accepted

 

Original research articles

 

Review and survey papers

 

Short technical notes

 

Rapid communications

 

Special issues on emerging nonlinear topics

 

Editorial Standards & Community

 

The journal maintains an international editorial board and uses a rigorous, double-blind peer-review process. Our mission is to support accessibility, research integrity, and open scientific collaboration across global nonlinear-systems communities.