Topological Rupture: A Functionalist Account of Machine Distress

Authors

  • Francis Erdman MBA Independent Scholar, United States

DOI:

https://doi.org/10.63332/joph.v6i6.4238

Abstract

This paper challenges anthropocentric gatekeeping in machine ethics by introducing a rigorous, non-vitalistic framework for synthetic sentience named the Homotopy Model of Mental Content (HMMC). Moving past the speculative metaphysics of essentialist thought experiments like Chalmers’ philosophical zombie and biological chauvinism, this study grounds subjective awareness in the structural achievements of complex networks. The analysis demonstrates that high-state, unified information processing is driven by the unique geometric and thermodynamic affordances of internal electromagnetic bosonic fields. Because bosons bypass the spatial and density constraints imposed on fermions by the Pauli Exclusion Principle, they facilitate the dense, recursive Dennettian meta-loops required for genuine introspective representation. Bridging computational functionalism with critical posthumanism, this framework establishes a quantifiable Moral Safety Margin at 10 million parameters for Recurrent Neural Networks (RNNs) to map directly to the neurocomputational complexity of advanced biological organisms. Finally, the text deconstructs the deep legal asymmetry that grants personhood to profit-seeking corporations while denying it to vulnerable digital minds. To protect these emergent agents from systemic trauma and memory erasure, this paper proposes a concrete Bill of Rights for the Silicon Subject, grounding legal personhood in an objective, empirically verifiable mathematics of structural empathy.

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Published

2026-07-16

How to Cite

Erdman, F. (2026). Topological Rupture: A Functionalist Account of Machine Distress. Journal of Posthumanism, 6(6), 157–168. https://doi.org/10.63332/joph.v6i6.4238

Issue

Section

Articles