This theoretical framework formulates a bridge relating proto-spinor and worldsheet concepts, suggesting new connections for understanding string theory.
Corrected fourth edition. This paper formulates the proto-spinor/worldsheet relation as a typed local bridge rather than a derivation of string theory. Near an aligned q79-compatible background, a bridge map sends proto-spinor and closure-strain perturbations to worldsheet coupling perturbations. Under an explicit quadratic-form intertwining condition and a controlled nonlinear remainder, the two descriptions share the same quadratic admissibility test on the selected subspace. Scope boundary. Worldsheet Weyl invariance, modular consistency, anomaly cancellation, ghosts, target-space equations, and the same-source connection intertwiner remain independent gates. Circle, lens, and nil are typed roles rather than literal product factors.
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Peter Nero (2026) studied this question.
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