Infinite Scale Expansion (ISE)

The Thesis on Infinite Scale Expansion (ISE) develops a theoretical framework that interprets reality as a continuous process of scale differentiation. It introduces protoinformation as a structural basis and analyzes how scale-dependent interactions generate emergent complexity. The study addresses implications for cosmology, particle physics, baryon asymmetry, scale invariance, and the apparent role of randomness in deterministic systems. It positions ISE within theoretical physics and information theory, emphasizing structural coherence and scale-driven asymmetries.