How a Pre-Physical Coherence Field
Unifies Dark Matter and Dark Energy
The standard cosmological model (ΛCDM) attributes 95% of the universe’s energy content to dark matter and dark energy—entities that have eluded direct detection for over 40 years.
We present DEBA (Deterministic Emergence By Actualization), a predictive theoretical framework proposing that these phenomena are not separate physical substances, but complementary manifestations of a single pre-physical coherence field s(x,τ).
Unlike ΛCDM’s particle-based dark matter and mysterious cosmological constant, DEBA derives all observable « dark sector » effects from geometric and organizational properties of this coherence field.
Dark matter emerges as spatial gradients ∇s, while dark energy arises from temporal adaptation
The theory introduces a fifth dimension—the actualization parameter τ—representing organizational transitions from a Primordial Void substrate.
This framework makes falsifiable predictions for Euclid, JWST, and upcoming surveys, naturally explains persistent anomalies (CMB asymmetries, H₀ tension, primordial vorticity), and resolves the null results of direct dark matter searches by removing the need for exotic particles.
We present the complete mathematical formalism: Lagrangian action, field equations, perturbation analysis, and observational signatures.
The theory is ready for numerical implementation and empirical validation.
DEBA Cosmology - Deterministic Emergence By Actualization 
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