HIV Latency as Coherence Parasitism. A Theoretical Framework to Complement Current Models

For thirty years, medicine has known where HIV hides and has been unable to reach it. The latent reservoir --- resting memory CD4⁺ T cells carrying silenced provirus --- persists indefinitely despite antiretroviral therapy, because silence is not detectable and is not an illness. This paper proposes a theoretical framework that reframes the problem: HIV latency is not merely a molecular phenomenon but an attractor state in the full geometric and electromagnetic phase space of the infected cell. We call this coherence parasitism: the virus exploits the cell's own coherence maintenance machinery to create a stable hiding place, at the cost of a chronic structural burden on the host cell. Drawing on the Multilevel Recursive Coherence (MRC) framework, the Gradient Indeterminacy (I-G) principle, and the Drain Vortex mechanism, we argue that latency requires a host cell with sufficient tolerance margin --- the physical distancebetween its current gradient load and the fundamental I-G saturation limit. This requirement naturally explains a well-known but incompletely understood clinical observation: HIV latency is established almost exclusively in resting memory CD4⁺ T cells. No single molecular mechanism accounts for this selectivity universally; the MRC condition does, by definition. The dual nature of the latent cell --- resembling cancer in its identity subversion and autoimmunity failure in its opposite direction --- suggests a dual therapeutic logic. We outline three therapeutic strategies (Shock and Suicide, Shock and Kill, Coherence Restoration) implemented through a Multi-Variant Pulse Protocol (PPMV by its Spanish acronym) with anatomical and circadian targeting. Independent empirical evidence, encountered after the framework was constructed, converges with these predictions. The biophysical foundations are developed in a companion paper.