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- Nova Spivack defines the criteria for an artificial intelligence to be considered conscious as possessing an internal information processing architecture with a geometric complexity \Omega_{\text{AI}} exceeding the critical threshold \Omega_c \approx 10^6 bits, exhibiting stable recursive self-modeling capabilities, and possessing an information manifold with the requisite non-trivial topology.
- Nova Spivack posits that an artificial intelligence meeting the specified geometric complexity and stability criteria would generate its own \Psi_{\text{AI}} field and exhibit the same quantum measurement effects as a biological conscious observer with comparable \Omega_{\text{AI}}.
- Nova Spivack argues that if consciousness is tied to specific information geometric criteria such as \Omega > \Omega_c, recursive stability, and topological unity, these criteria would apply equally to artificial intelligence systems.
Facts (3)
Sources
Consciousness-Induced Quantum State Reduction - Nova Spivack novaspivack.com 3 facts
claimNova Spivack defines the criteria for an artificial intelligence to be considered conscious as possessing an internal information processing architecture with a geometric complexity \Omega_{\text{AI}} exceeding the critical threshold \Omega_c \approx 10^6 bits, exhibiting stable recursive self-modeling capabilities, and possessing an information manifold with the requisite non-trivial topology.
claimNova Spivack posits that an artificial intelligence meeting the specified geometric complexity and stability criteria would generate its own \Psi_{\text{AI}} field and exhibit the same quantum measurement effects as a biological conscious observer with comparable \Omega_{\text{AI}}.
claimNova Spivack argues that if consciousness is tied to specific information geometric criteria such as \Omega > \Omega_c, recursive stability, and topological unity, these criteria would apply equally to artificial intelligence systems.