The idea that our multiverse exists within a simulated environment presents a challenge, as simul... more The idea that our multiverse exists within a simulated environment presents a challenge, as simulating an infinite number of universes seems both practically challenging and computationally infeasible. This paper proposes a novel solution by introducing a finite multiverse model, where only the necessary number of universes are simulated to encompass all logically distinct variations. This approach seeks a 'sufficient reason' for the particular structure of the multiverse. Despite this constraint, the simulation appears infinite to internal observers due to the self-referential structure within each universe, which encodes a recursive representation of the entire multiverse. This approach offers a more practical way of generating a multiverse while preserving the perception of infinite diversity.
The idea that our multiverse exists within a simulated environment presents a challenge, as simul... more The idea that our multiverse exists within a simulated environment presents a challenge, as simulating an infinite number of universes seems both practically challenging and computationally infeasible. This paper proposes a novel solution by introducing a finite multiverse model, where only the necessary number of universes are simulated to encompass all logically distinct variations. This approach seeks a 'sufficient reason' for the particular structure of the multiverse. Despite this constraint, the simulation appears infinite to internal observers due to the self-referential structure within each universe, which encodes a recursive representation of the entire multiverse. This approach offers a more practical way of generating a multiverse while preserving the perception of infinite diversity.
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Papers by Justin C Holt