Raum als emergente Wirkungsstruktur

This proposal develops a conceptual reinterpretation of spatial and temporal structure in physics. Rather than treating space and time as fundamental entities, the model posits that only discrete states of physical systems and their mutual action-relations (quantised in units of Planck's constant h) are fundamental. Space, time, distance and velocity emerge as geometric representations that observers reconstruct from these relational structures. The approach reproduces established resultsthe de Broglie wavelength, Kepler orbit quantisation, and the speed of light as a structural propagation limitwithout introducing new dynamics. It reinterprets quantum uncertainty as a structural property of discrete states, describes entanglement as a direct action-relation prior to space, and suggests a naturally nite yet unbounded cosmos. A paradoxical space scenario is analysed in which the perceived spatial structure between two large masses increases even as their geometric distance decreases. The proposal is not a competing physical theory but a reconstructive ontological reading of known mathematical structures in classical and semiclassical mechanics, oered as a basis for further investigation.