Volume 5 of the Monistic Continuum Model (MCM) develops the foundational light architecture of the continuum. Building on the dynamic definition of time established in Volume 4, this part formulates the mechanical principles by which free tension dynamics (light) emerges from bound vortex structures and propagates through the medium. Instead of interpreting light as a particle or wave, the MCM defines it as unbound time flow — the maximally decoupled form of tension dynamics within the continuum. Chapters E10–E30 introduce the core concept of light as free time dynamics and describe how photons arise as decoupled tension impulses released from bound vortex configurations. E40–E60 analyse the interaction between light and gravitational tension gradients, deriving light deflection, gravitational redshift, wave‑packet stretching, and apparent dynamical slowdown in extreme tension fields. E70–E90 extend the model to cosmological scales, showing how long‑range tension gradients generate cosmological redshift, background radiation, and large‑scale structure without requiring spatial expansion. This volume provides the first complete and systematic formulation of light within the Monistic Continuum Model. It establishes the mechanical foundations for understanding photon behaviour, gravitational lensing, background radiation, and the emergence of cosmic structure as expressions of tension dynamics in a non‑expanding continuum.
Walter Moosbrugger (Sat,) studied this question.