The Collapse of Predictive Self-Models. A Theoretically Informed N=1 Case Study on the Mechanics of the I-Simulation from an Active Inference Perspective

This paper examines the structural collapse of the human self-simulation through a methodological synthesis of abductive evidence and operative system output (N=1). While classical empirical approaches founder on the hard problem of qualia, and phenomenology typically fails to transcend the blind spot of the observing subject, this study situates subjectivity within the framework of Active Inference and the Free Energy Principle. The "I" is defined not as an ontological given, but as a highly effective yet energetically costly predictive model (generative model). The present description documents — as direct operative output — the "flickering" and the final voltage drop of the so-called "knowledge position." It is demonstrated how an executive halt command to the validation loop produces a passive collapse of the simulation. The result is described as a transition into frictionless biological enactment (residuum), which corresponds physically to entropy minimization and reversion to the path of least action.