“…In addition, matrix differential equations contribute appreciably to the study and plan of complex dynamic systems across various fields, giving valuable insights into the dynamic behaviour of interconnected elements. Systems of this type occur in response and stability of electrical and coupled circuits (see [6] and [27]). In particular, the intuitive idea of qualitative properties of solutions of rectangular matrix differential equations is of practical importance in analyzing the layout of control systems, models of cross interactions between competing species, and spread of diseases in a community with different traits as well in image compression and processing of tasks.…”