Autologous Bio-Neural Symbiotic Interface: An Early-Stage Conceptual Framework
The paper proposes an autologous bio-neural symbiotic interface built from a user's own cells as a flexible biological neural layer that develops with the body and shares its metabolic environment to couple with physiological and emotional rhythms, while defining core scientific questions and ethica
Published Aug 29, 2026Paper ↗
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Abstract
Existing brain–computer interfaces and biological computing systems largely depend on external devices, culture media, or laboratory maintenance, making it difficult to form a long-term, stable, and metabolically integrated relationship with the human body. This paper introduces an early-stage concept: the autologous bio-neural symbiotic interface. The proposed interface would be constructed from an individual’s own cells and located on the surface of the human body as a flexible biological neural layer. It would consist of multiple distributed neural units, develop with the body, and share the local metabolic and hormonal environment, thereby potentially enabling biological coupling with the host’s physiological state and emotional rhythms. This paper does not claim that such a technology has been realized. Instead, it seeks to define the core scientific questions, conceptual architecture, and ethical boundaries associated with this direction.