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The Simulation Hypothesis Undermined: Free Energy, Emergence, and the Rejection of External Teleology

McCloskey, Liam
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philosophy
This paper argues that the Simulation Hypothesis (SH) is structurally incompatible with an aetiological metaphysics grounded in persistence, generativity, and the Free Energy Principle (FEP). While the SH presupposes a teleological architecture in which the universe is a representational artefact created by an external agent, an aetiological universe is self organising, self maintaining, and creative from within. This aetiological stance, unlike the SH, is strongly inferred by empirical evidence and contemporary scientific thought. I begin by analysing the assumed metaphysical commitments shared across strong and weak forms of the SH, including external agency, representational ontology, top down specification of laws, and the reduction of emergence to computational rules. I then develop an alternative metaphysical framework in which persistence functions as the fundamental creative impulse. Drawing on the FEP and Active Inference, I show that systems capable of maintaining their organisation must minimise free energy, generating novel structures and processes, and adaptive behaviour through endogenous dynamics rather than external design. This framework supports a robust account of emergence in which higher level structures possess autonomous causal powers that cannot be reduced to micro level computation. I argue that these commitments are incompatible with the SH’s teleological and representational architecture. The SH cannot accommodate real constitutive emergence, endogenous generativity, or the primal role of persistence. I address several objections, including claims that FEP could be implemented in a simulation, that emergence can be simulated, and that aetiology is itself a metaphysical assumption. I conclude that evidence for an aetiological universe undermines the Simulation Hypothesis: the two cannot both be true.
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