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Large language models as cognitive shortcuts: a systems-theoretic reframing beyond bullshit
1School of Engineering and Computer Science, Bern University of Applied Sciences, Bern, Switzerland.
Frontiers in Artificial Intelligence
|March 2, 2026
Summary
Large Language Models (LLMs) are reframed as General Cognitive Shortcuts (GECOS), functioning as pragmatic operators. GECOS reduce communicative complexity, enabling interactional continuity and sense-making in techno-semiotic systems.
Area of Science:
- Techno-semiotics
- Cognitive Science
- Systems Theory
Background:
- Current Large Language Models (LLMs) discourse often uses deficit metaphors (e.g., "bullshit," "stochastic parrots"), focusing on perceived lacks in grounding, belief, or intention.
- These framings obscure the practical utility of LLMs in sense-making, ideation, and communication processes.
- A need exists for a non-anthropomorphic framework to understand LLM functionality within human-computer interaction.
Purpose of the Study:
- To reframe Large Language Models (LLMs) not as entities with agency or understanding, but as functional operators within techno-semiotic assemblages.
- To develop a theoretical model, GECOS (General Cognitive Shortcuts), that explains LLM utility in terms of communicative complexity reduction and interactional continuity.
- To shift focus from ontological debates about LLM "understanding" to their operational role in distributed sense-making.
Main Methods:
- Integration of concepts from Luhmannian systems theory, Deleuzian ontology, and Husserlian phenomenology.
- Application of conceptual analysis as a functional-comparative synthesis method.
- Analysis of human-LLM interaction without attributing anthropomorphic qualities like agency, belief, or understanding to the LLM.
Main Results:
- LLMs, reframed as GECOS, reduce communicative complexity by approximating "second-order expectations," facilitating interactional continuity.
- The GECOS framework explains LLM usefulness through procedural plausibility and coherence, helping users navigate uncertainty via Luhmann's contingency formula.
- LLMs enable workable continuations by generating connectable text, independent of truth or intentionality.
Conclusions:
- The GECOS framework provides a non-anthropomorphic model for understanding LLMs as pragmatic operators in complex socio-technical environments.
- This reframing shifts attention from LLM "understanding" to their operational role in distributed sense-making and communication.
- Potential risks include overreliance, emotional projection, and normative flattening when connectability replaces justification.
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