Zero Parameters: Deriving String Theory from the ΨI Informational State Function From CSU.

This paper presents the complete, rigorous derivation of String Theory from the CSU Informational State Function (ΨI ) with zero free parameters. We prove that the entire edice of modern theoretical physicsquantum mechanics, general relativity, the Standard Model, and String Theory itselfemerges necessarily and uniquely from an informationtheoretic substrate ΨI characterized by three fundamental properties: Binary Quantization, Holographic Saturation, and Topological Closure. The central achievement is the derivation of the eective vacuum weights (Z = 2, c = 1/12) and the subsequent emergence of the string worldsheet from information-theoretic constraints. S pecically, we derive: (1) the emergence of extended objects (strings) as the dominant degrees of freedom in the information-optimizing limit; (2) the necessity of exactly 10 spacetime dimensions via conformal anomaly cancellation; (3) the 4 + 6 dimensional split through topological intersection constraints; (4) the vacuum selection mechanism that generates the string landscape; and (5) the N = 1 Super-Virasoro algebra as a geometric consequence of the substrate's topological closure.