Fractal Uncertainty Theory

Fractal Uncertainty Theory (FUT) is an attempt to rethink physics from the ground up: from two primitive operations, rotation and recursion, the theory derives space, time, matter, and the four fundamental forces as emergent structures of a relational "view-vector network", rather than assuming them as given. This Core edition deliberately differs from the much larger Research version: every chapter, theorem, and formula was subjected to a strict audit, checking derivation completeness, computational correctness, and whether a result was genuinely constructed independent of the known target value or only fitted to it afterward. Anything that did not meet this standard was either removed outright or explicitly flagged as unresolved, rather than being presented as a success. The result covers, among other topics: the derivation of the Schroedinger equation, quark confinement and nuclear structure, the lepton mass hierarchy, atoms and molecules, planetary systems and galaxies, the cosmic web, and life, evolution, and consciousness as consequences of the same underlying principle. FUT Core is therefore not a closed system claiming completeness, but an honestly scoped snapshot of what is currently well supported, with an open acknowledgment of what it is not, yet.