MANUSCRIPT: THE RELATIONAL VIBRATIONAL PHYSICAL DRILLING MODEL

This work presents a radical paradigm shift in theoretical physics by completely eliminating the continuous construct of time (the fictitious object t ) as well as absolute spatial metrics (the meter) from the physical description. Instead of a classical spacetime, the universe is defined as a timeless, discrete, and indivisible network of relationships between states. A three-layered, relational "Bohr model of spatial structure" is introduced, which represents the Earth's surface (shell). A ), the atmosphere ( shell B ) and the satellite orbit ( shell C ) are described as nested process loops around a common process origin Z. Measurement is defined here as the retrospective relation between a state 1 (fixed past) and a state 2 (just realized present): V = relation A1 / A2. By definition, processes begin at one and exclude a physical zero point. What established physics interprets as "time dilation" (e.g., the daily deviation of 38 microseconds in GPS satellites) is formalized purely via the ratio of triangular areas (triangulation) and an inherent tangent bend angle. This bend angle and the spatial polygonization result directly from the irregular mass-node density (mass as spatial compression). In the appendices, the coherence of the model is extended to quantum mechanics, thermodynamics and cosmology. The double-slit experiment and prism refraction are debunked as deterministic phenomena of accumulating field stresses at geometric barriers. Thermodynamics is calibrated via the vibrational state, where 0 Kelvin describes not the standstill, but the cessation of infrared external emission. Furthermore, the model resolves the paradox of the cosmic microwave background radiation: it is revealed as a purely mathematical artifact of time-based expansion theory. A dimensionless point (singularity) cannot geometrically emit photons, and homogeneous visibility throughout the universe would require an absurd shell-like structure of the source. The measured 2.7 Kelvin are defined as the constant background noise of the current stellar system – the "orchestra of today." The model seamlessly unites microcosm and macrocosm in a timeless geometry.