Wave‑function collapse as a continuous, non‑unitary evolution process with Lindblad renormalization and operator dynamics in the quantum‑digital model of a Theory of Everything.

Wave‑function collapse in a Theory of Everything is not a mysterious instantaneous event but the result of a non‑unitary evolution of the quantum state via a quantum‑digital renormalization operator and a topological transition. The Theory of Everything not only provides a mathematical description of collapse but also accounts for its physical nature at a fundamental level. Collapse arises from the action of extended unitary and non‑unitary (renormalizing) operators on the quantum state. The wave function does not "snap" shut instantaneously and blindly; rather it evolves and localizes under the influence of a complex quantum‑digital field incorporating gravity and topology. This view is consistent with the principles of both relativity and quantum mechanics.