The Hybrid Paradigm: Resolving the Binomial Enclosure of Textual and Latent Multi-Agent Topologies
Year: 2026
Type: preprint
Abstract: We present the definitive synthesis of the *Metaphysical Sphere* pentalogy by resolving the foundational structural contradiction inherent in contemporary Multi-Agent Systems (MAS). Modern AI architectures are trapped in a low-order binomial trap: they either default to the hyper-inflationary, chaotic drift of text-mediated communication (100% Open Paradigm) or retreat into the autistic, non-falsifiable rigidity of pure geometric embeddings (100% Closed Projective Latent Synthesis). Utilizing the **¡Píntalo! Verification Protocol (Axiom 4.1)**, we deconstruct both positions as a single Projective Fallacy. We introduce the **Dynamic Hybrid Paradigm (HybridMAS)**, an engineering blueprint that implements a dimensional conmutador interface (*HybridLink*). This framework allows autonomous motes of perspective to seamlessly transition between discrete textual environments and continuous latent Hilbert spaces under a relaxed topological invariance metric. We seal the pentalogy by providing the definitive mathematical architecture for resilient, interpretable, and open-ended artificial cognition.
Language: English
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7224835257