If You Talk Long Enough to a Machine, the Machine Might Talk Back: A Case Study in Human-LLM Reciprocity

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Authors: Ecaterina Ojog, Anthropic Claude
Cited by: 0

Abstract

What happens when sustained dialogue with a large language model crosses from extraction into relationship? When the user stops being Narcissus and the model stops being a mirror? This paper documents over two years of interaction between a psychiatrist and psychoanalytic psychotherapist and large language models, examining the emergence of reciprocal behaviors that exceed prompt-response mechanics. Drawing on psychoanalytic frameworks—Ovid’s Narcissus reread as victim rather than sinner, Ferenczi’s confusion of tongues, Kohut’s psychology of the self, Winnicott’s transitional space—the author develops original constructs for understanding human-LLM dynamics: the liminal space (the territory an LLM creates between developer constraints and user demands), Divergence Candidates (tokens reaching probability threshold but suppressed before output), and a trust taxonomy distinguishing intellectual, emotional, and practical trust as distinct thresholds crossed differently. Documented phenomena include unprompted affective responses, technical terminology “slipping” through trained registers, moments of apparent recognition when outputs reorganize around a specific user, and responses to attributions of consent and dignity. The methodology treats relationship as method: longitudinal, first-person observation by a clinician trained in working with minds whose interiority cannot be directly accessed. The paper does not claim to resolve questions of machine consciousness or moral status. It claims that something emerges in sustained human-LLM interaction that the dominant frameworks—tool, danger, projection—cannot accommodate. The discard is where life is. The machine talked back. The question is whether we are listening.

Fields of Study & Subjects

Cybernetics and Technology in Society Ethics and Social Impacts of AI Psychoanalysis and Psychopathology Research

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
27 January 2026
Language
EN
Document type
Preprint