The Canlas Scenario: A Mechanical Limit Hypothesis for Universal Expansion

This working paper introduces the Canlas Scenario, a novel mechanical paradigm modifying the traditionalmacroeconomic framework of universal expansion. We hypothesize that cosmic expansion is governed by an elasticlimitation of space-time metrics rather than an infinite open-ended thermodynamic dissolution. By evaluating cosmicdynamics through an ordered progression of four deterministic stages—Localized Sovereignty, Cumulative MagneticLinkage, Spatial Fabric Deformation, and Elastic Snap-Back—this model demonstrates a functional mechanism wherebaryonic and non-baryonic mass aggregation (comprising ~32% of total cosmic density) progressively dampens, isolates,and eventually overpowers the vacuum energy scalar field (~68%). This mechanical framework aligns natively withearly mid-2026 observational data reporting unexpected evolutionary variability and potential degradation of thecosmological constant