OTF II: The Tensor Channel of Physical Admissibility: Decoherence, Gluing, and the Classicalization of Primordial Tensor Modes

Paper I argued that the Ontological Totality Functional (OTF) should be read not as a new totalizing theory, but as a theory of physically admissible structures. Paper II provides the first dedicated physical realization of that claim. It focuses on one channel only: the classicalization of primordial tensor modes. The central thesis is that a tensor mode does not become physically real merely by being mathematically definable or dynamically squeezed. It becomes physically admissible when two conditions are met simultaneously: local-to-global closure across effective descriptions and sufficiently small noetic defect relative to a pointer subalgebra. The paper formulates a reduced tensor-sector OTF in quasi-de…