The Da-P Cosmological Constant Residual Hypothesis: A Candidate Information-Cohesion Interpretation of Lambda

This theoretical note introduces the Da-P Cosmological Constant Residual Hypothesis. The hypothesis interprets the cosmological constant Lambda not as a direct sum of microscopic vacuum energies, but as a global residual from imperfect synchronization in a Da-P information-cohesion network. In this view, spacetime is modeled as an emergent macroscopic phase of Planck-scale information-cohesion cells. Local Da-P / DICP binding maintains spacetime continuity, while the cosmological constant may correspond to the extremely small nonzero residual left after global cancellation of microscopic cohesion stresses. The note proposes the candidate scaling relation: Lambda_DaP * ell_P^2 ~ _global ~ (ell_P / L_U)^2 where ell_P is the Planck length and L_U is a cosmic correlation scale such as the Hubble radius or a universe-scale coherence length. This scaling may naturally connect the observed smallness of the cosmological constant to the ratio between Planck and cosmic scales. The work is presented as a hypothesis and reformulation, not as a completed solution of the cosmological constant problem. This record is conceptually related to the corrected 2025 Da-P / DICP reverification dataset:https://doi.org/10.5281/zenodo.20510158 It also follows the prior invalidation record for earlier numerical claims:https://doi.org/10.5281/zenodo.16780090