Topologies of CTI Spaces: Structural Morphologies of Collective Orientation Under Pre-Sense Constraints

Topologies of CTI Spaces extend the Collective Trackness Interface (CTI) by introducing a morphological layer to collective orientation. While CTI v0.1 defines states, invariants, and structural prohibitions, it remains neutral with respect to the spatial configurations within which orientation unfolds. This paper introduces a finite set of structurally differentiated orientation fields that characterize how collective trackness occupies and stabilizes orientation space without synchronized meaning. Topologies neither prescribe optimal forms nor provide criteria for sense emergence. They describe spatial differentiation, gradients, and structural risk patterns, including premature synchronization, leader-sense stabilization, fictional consensus, and fragmentation effects. The analysis remains strictly pre-normative and implementation-agnostic. By distinguishing between field morphologies and dynamically recurrent configurations such as spiral reactivation patterns, the paper offers a structural vocabulary for analyzing how collective orientation may either sustain openness or drift toward premature closure. Institutional design, governance models, pedagogical application, and threshold determination for sense remain explicitly out of scope. Author keywords (free terms): Trackness; Collective Trackness Interface; Pre-Sense Architecture; Orientation Fields; TID triad; ETP. Internal reference: CB_METH_03 (v0.1)