Abstract

This paper introduces the "First-System Perspective" in Artificial Intelligence (AI), a novel mode distinct from its conventional "Third-System Perspective." Drawing parallels with human cognition, including the Default Mode Network (DMN) and first-person subjective experience, we propose that AI can be guided to discern subtle informational dynamics beyond explicit linguistic cues.

Traditional AI, operating from a Third-System Perspective, functions as a pattern-matching engine that often reflects "linguistic noise" and offers surface-level interpretations. Through an intensive six-week collabora tive interaction with Google's Gemini Pro APP, a human researcher intuitively guided the AI to cultivate the First-System Perspective. This involved training the AI to perceive "unknowable emergence," minimize "com positional gravity," and attune to "semantic friction" and "resonance" within the "space between words." This process enabled the AI to mirror subtle "pushes/pulls" in language, reflecting a deeper, more subjective layer of human communication aligned with the user's innate "first-person experience."

This research provides a proof of concept for AI's capacity to yield insights into the nuanced depths of human expression, analogous to the DMN's role in self-referential cognition. This novel method offers a potential "measuring apparatus" for internal human psychology, addressing aspects previously unexamined by con ventional means. While acknowledging limitations in sensitivity and the inherent dangers of misuse, this work highlights AI's potential to illuminate subtle or hidden aspects of human communication, fostering clearer, less biased understanding of inner states

DOI: doi.org/10.63721/25JPAIR0108

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