Version 5 of the Neerhut Unified Informational Field Theory (NUIFT). This version introduces a refined theoretical framework in which physical structure is modeled as an effective information-density field I(x,t). The approach extends standard gravitational descriptions by proposing that non-luminous gravitational effects may partially arise from residual informational structures generated through black-hole activity, particularly during active galactic nucleus (AGN) phases. Unlike earlier experimental and anomaly-focused versions, Version 5 emphasizes a clean, consistent mathematical formulation, a clearly defined residual-information mechanism, and explicit connections to established physical models. The framework is constructed to recover standard gravitational behavior in the weak-field limit while introducing additional, testable contributions in regimes where residual informational effects are significant. A central focus of this version is the formulation of falsifiable predictions. These include activity-dependent correlations between AGN and halo structure, persistence of residual gravitational effects following AGN shutdown, and potential anisotropic signatures associated with jet-driven systems. The paper explicitly acknowledges that these observations can also be explained within standard cosmological models and is therefore positioned as an alternative, testable interpretation rather than a replacement theory. The goal of this work is to provide a structured and empirically testable framework that can be evaluated using existing observational data, particularly through matched-control weak-lensing studies and AGN history comparisons. This version should be understood as an open research framework. Feedback, collaboration, and independent validation are encouraged. Contact:Email: jneerhut09@gmail.comLinkedIn: https://www.linkedin.com/in/j%C3%B6rn-neerhut-687059182/Academia.edu: https://www.academia.edu/jneerhut
Jörn Neerhut (Tue,) studied this question.