This record contains a theoretical manuscript proposing a relational reformulation of superstring physics based on the concepts of emptiness, dependent origination, and the two truths. The paper interprets strings, sectors, vacua, dualities, and spectral gaps not as fixed self-subsisting entities, but as conditionally arising relational structures determined by worldsheet dynamics, target geometry, boundary conditions, BRST cohomology, modular consistency, anomaly cancellation, duality, compactification, and sector-specific admissibility conditions. The manuscript distinguishes between a conceptual vacuum phase and a manifest phase, and organizes the manifest side into massless sectors, certified gapped sectors, continuum sectors, and open sectors. It does not claim to solve open problems such as the Yang--Mills mass gap, nonperturbative M-theory, controlled de Sitter vacua, or the black-hole information problem. The work is intended as a conceptual and metatheoretical reformulation of superstring physics, with a conditional claim-classification framework serving as a safeguard against overstatement.
Hidetoshi Itakura (Tue,) studied this question.