Time–Energy–Universe : Mass, Gravitation and Acceleration within the Framework of the Time–Energy–Universe

This work structurally situates the concepts of mass, gravitation and acceleration within the conceptual framework of the Time–Energy–Universe (TEU). In this context, mass is not understood as a substance or intrinsic property, but as an expression of the degree of structural determination of a state. Gravitation is described as a restriction of permissible state sequences arising from the necessity of consistent relational embedding. Acceleration is understood as the reorganization of permissible state sequences resulting from a changed structural embedding of a state. The work does not claim to present a new physical theory or mathematical model. It is intended as a conceptual classification within the TEU framework and shows how mass, gravitation and acceleration can be understood as connected forms of expression of structural order.