Finite Energy And Field Interactions

This paper introduces a 'Gedankenexperiment' leaned on the Universal Concept of Finite Repetance (UCFR), in which energy, field interaction, and relativistic effects emerge from discrepancies in local versus global repetition rates. By modeling physical systems through discrete o-Trees and s-Trees rather than continuous mathematics, it proposes that phenomena such as time dilation, wavelength compression, and energy scaling arise from the necessity to maintain a fixed maximum repetition rate across all frames. Electromagnetic and gravitational behavior, including lensing and redshift, are explained as structural consequences of repetition compression under spatial constraints, without reliance on differential equations. This approach reframes energy as a finite deformation effect borne by spatial limitations over time to holistically preserve repetition coherence across varying scales.