DEBA A Predictive Theory of Organizational Cosmology Pending Critical Tests from Euclid DR1 Observations

The ΛCDM model faces converging crises at large angular scales (CMB anomalies), in the dark sector (null particle searches, 10¹²³ fine-tuning), and in early structure formation (JWST massive galaxies, supermassive black holes). In June 2024, Gaztañaga & Kumar demonstrated Direct-Sum Inflation (DSI) is 37-650× more probable than Standard Inflation for Planck 2018 parity observables. However, DSI addresses only CMB anomalies, leaving dark matter and dark energy unexplained.DEBA provides comprehensive solution by deriving all phenomena from stochastic field theory in atemporal configuration space (𝒞,μ). The Primordial Void—a pre-geometric substrate without time, space, or physical laws—undergoes organizational transitions via Langevin-Fokker-Planck dynamics, nucleating bubble-universes with emergent constants . This paper presents: (1) Complete mathematical foundations (2) Systematic DSI comparison (3) Quantitative Euclid/JWST/DESI predictions (4) Clear falsification criteria with autumn 2026 timeline