Conceptual analysis uncovers recursive neuropsychological pathways linking perceived intelligence to erotic desire, highlighting multiple cognitive and relational mechanisms in epistemic attraction.
This conceptual article develops epistemic attraction as a provisional process construct for understanding how socially represented cognition can acquire sexual, romantic, and affective significance. Rather than treating sapiosexuality as a simple preference for intelligence, the article asks how information about another person's mind may become incorporated into sexual valuation, bodily attraction, erotic anticipation, romantic attachment, and desire. The framework distinguishes measured intelligence from perceived intelligence and separates sexual attraction, subjective arousal, genital arousal, fantasy, romantic interest, attachment, affection, admiration, and behavioural approach. It examines cognitive intimacy, epistemic recognition, curiosity, self-expansion, partner responsiveness, attachment, prestige, intellectual asymmetry, person-specific learning, sexual motivation, cultural scripts, and embodied person perception as potentially separable pathways through which another mind can become motivationally significant. The article reconstructs the Epistemic Attraction Model as a recursive rather than linear framework, incorporating developmental history, attachment, culture, sexual learning, social cognition, relational meaning, fantasy, attentional salience, sexual excitation and inhibition, and feedback from existing attraction into perception and memory. Competing explanations—including halo effects, perceived similarity, prestige, projection, idealization, and reverse causality—are treated as genuine theoretical alternatives rather than dismissed. Neuroscience is used conservatively to constrain rather than decorate the theory. The article does not propose a dedicated neural mechanism for intellectual attraction, nor does it claim to validate a discrete sexual orientation or diagnostic category. It concludes with empirically testable predictions, methodological proposals, alternative explanations, and explicit boundary conditions intended to make the theory vulnerable to empirical failure.
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Sadettin Laurent GUMUS (2026) studied this question.
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