March 2026

In the overhyped world of artificial intelligence, bloated large language models (LLMs) like Meta's Llama series and OpenAI's ChatGPT are touted as the future, but they're doomed to fail under their own weight. This paper boldly revives ELIZA, the 1966 rule-based chatbot legend, and obliterates the competition through a ruthless...

We present a unified geometric framework in which quantum measurement emerges from the resolved singularity ZZ in quaternionic phase space H². The origin is blown up to the exceptional divisor E ≃ CP³, yielding the tautological bundle O_CP³(−1) whose first Chern class forces the Born exponent k = 1. The...

F♭m is a minimalist concatenative programming language designed as an experimental platform for exploring the limits of uniform computation. Its core is defined by a single runtime type—arbitrary-precision integers—and a strictly postfix (RPN) syntax with no infix exceptions. The language is structured into three tiers—F♭m⁰ (a minimal kernel and executable...

This paper proposes that the relevant unit of analysis in complex networks is not the isolated hub, the static cluster, or the most frequent topic, but the continuity node: a node, edge, motif, or corridor that preserves coherent propagation, adaptive memory, and cross-domain coordination under stress. The theoretical move is...

This report reads the frog-cell neurobot result as a control-architecture event. The essential signal is that a self-organized nervous layer can emerge inside an evolutionarily unfamiliar living body and alter its operating state. Morphology shifts, movement complexity increases, and gene activity is rewritten. For SignalSense, this is a frontier marker...

We apply sheaf-theoretic methods to computational complexity, treating hardness as a context-dependent property across Grothendieck topoi. We contrast the topos of finite sets Sh({Fin) where every problem is trivially decidable by exhaustive lookup with the topos of asymptotic domains Sh(N), where polynomial and exponential growth classes are categorically distinct. An...

Agriculture is entering a phase in which biological production is increasingly organized through digital observation, predictive modeling, and algorithmic coordination. What was historically a craft of seasonal intelligence is becoming a dense cyber-physical system in which ecological processes, field operations, sensor networks, machine learning, robotic actuation, and market infrastructures continuously...

A conceptual essay on why a proto-cybernetic loop with habit can be said to possess memory, and why recursion becomes biologically decisive only when it is coupled to self-maintenance, boundary production, and thermodynamic work. The intuition is compelling: once a loop ceases to be purely reactive and begins to carry...

This essay argues that architecture can be understood as a form of compiling: a process by which distributed information, selective pressures, developmental rules, and control policies are translated into stable arrangements of matter that pre-compute future behavior. The proposal is disciplined rather than merely metaphorical. Dawkins’s extended phenotype provides the...

KEGG — the Kyoto Encyclopedia of Genes and Genomes — can be read not merely as a bioinformatics resource, but as a disciplined narrative system in which genes, compounds, reactions, pathways, modules, and diseases become legible as elements of an executable language. This essay develops that interpretation and connects it...

MISSION CLASS: CN-α / Autonomous Epistemic Probe UNIT NAME: WAGON-7 PRIMARY DIRECTIVE: Detect life-like cybernetic loops SECONDARY DIRECTIVE: Maintain continuity ledger RETURN CONDITION: None WAGON-7 was not built to come back. It was built to remember.

A conventional network node is a point. A Continuity Node is a point plus a loop: a site at which a system senses state, compares trajectories, modulates flux, and receives the consequences of its own modulation back into later behavior. Under this reading, the real unit of adaptive persistence is...

BitCell-AA is imagined as a battery that stores more than charge. In the concept, it stores usable energy, machine-readable pattern, and the conditions required to organize matter from supplied feedstock. The device therefore behaves not merely as a power cell but as a compact reservoir of ordered potential. This is...