This paper introduces the CSD Framework, a novel theoretical approach to the analysis and modeling of complex systems. The framework provides a structured methodology for capturing dynamic interactions and emergent behavior within multi-component systems. It addresses key challenges associated with traditional approaches, including limited scalability and insufficient representation of system-level complexity. The proposed framework demonstrates potential applicability across multiple domains, enabling a more coherent and flexible understanding of complex phenomena. This work contributes to the fields of physics, applied mathematics, and computational science by proposing a unified conceptual model for system organization and evolution.
Kanat Balkeshev (Mon,) studied this question.