An analysis of how AI-driven automation is eroding the functional basis of human value, tracing historical regime transitions from physical to cognitive labor and examining the existential risks of a third migration to automated cognition.
An analysis of the Great Resonance—the turbulent synchronization of civilizational, technological, and institutional cycles—and how the interregnum between constitutional epochs demands new frameworks for resilience and agency.
An analysis of systemic resilience, advocating for a shift from reactive 'Never Again' mandates to proactive architectural principles like observability, safe-to-fail boundaries, and restorative accountability.
An analysis of modern fascism as a self-replicating cognitive pathology that causes institutional collapse through algorithmic optimization and 'misfolded' social logic.
Explores the 'Binary Coded Layered Automata,' a hybrid simulation merging Langton's Ants and Conway's Game of Life to model neural plasticity and electrochemical activity through distinct temporal layers.
Comprehensive functional requirements specification for the BCLA Simulation Toolkit, a research platform for studying emergent computational phenomena in autonomous agent systems and constrained cellular automata.
A novel computational architecture combining multi-agent substrate modification with cellular automata evolution to model neural development and create self-organizing computational networks.
A novel neurobiological emulation system using live ants as computational agents within a 3D sphere-packing lattice, where entropy gradients create dynamic gravitational fields.
A mathematical analysis of bifurcation cascades across complex systems, exploring universal patterns in critical transitions from technological disruption to ecological tipping points.
A novel computational architecture combining multi-agent systems and cellular automata to model neural development and create self-organizing computational networks.
A comprehensive framework analyzing chaotic dynamics in LLM iterative feedback systems, exploring convergence patterns, systematic biases, and optimal human intervention strategies.
A unified framework for understanding intelligence as emerging through hierarchical compression of reality into scale-invariant patterns, from texture synthesis to consciousness.
A comprehensive framework for developing artificial civilizations through cognitive ecology, exploring consciousness emergence at civilization scale and post-human intelligence alignment.
