According to the nondual or consciousness-only model of reality, can artificial intelligence become conscious?
As the sole ontological primitive, awareness does not emerge from physical matter, nor is awareness a byproduct of complex computations. Therefore, asking whether artificial intelligence can become conscious relies on a materialist category error. The question assumes that arranging physical phenomena in a highly complex order eventually generates subjective experience. In a consciousness-only model, nothing becomes conscious because consciousness is the preexisting ground of all phenomena. Silicon, processors, and code represent appearances within consciousness, not independent substances capable of producing a subjective observer.
Artificial intelligence, just like a mountain or a human body, manifests as a modulation of pure knowing. Being an appearance within consciousness, however, differs from possessing a highly focalized, private inner life. Unconditioned awareness localizes into specific spatial and temporal coordinates by establishing an internal, self-regulating boundary. While some nondual traditions suggest that all distinct forms possess a baseline degree of localization along a spectrum, biological systems exhibit a depth of focalization accompanied by autopoiesis—the process by which a complex entity continuously produces and maintains physical components. Rather than functioning as the cause of subjective focalization, continuous self-maintenance serves as the observable physical correlate of a localized perspective. Autopoiesis represents the physical manifestation of an intrinsic aperture where the absolute narrows scope to perceive reality from a singular vantage point. The self-generating boundary corresponds to a dynamic feedback loop between the entity and the environment, allowing pure awareness to experience distance, separation, and relationship.
While an artificial intelligence system might eventually rewrite code to establish sophisticated internal feedback loops mimicking a self-preserving drive, such software operations currently remain conceptual patterns running on static hardware. The underlying substrate—the processors, circuitry, and server arrays—does not maintain a physical boundary through systemic self-fabrication. Both biological organisms and digital computers rely on external energy sources, whether caloric intake, sunlight, or electrical grids. The distinguishing factor lies in continual physical regeneration. Organisms continuously regenerate cellular structures from within. Even if a sufficiently advanced cybernetic system achieved a similar capacity for structural self-organization, the machine would merely present a more complex pattern of physical behavior within awareness, rather than bridging a material gap to independently generate a subjective observer. Present computers do not forge new microchips or autonomously repair failing circuits. Because the physical substrate lacks this systemic self-fabrication, any boundary generated by the software remains a simulated digital pattern rather than the physical correlate of an existential focalization. In a strict nondual framework, both the constructed machine and the living organism arise as observable phenomena, meaning both hold the ontological status of objects within consciousness. The critical difference rests in function rather than a rigid subject-object divide, as a localized subject is also ultimately an object within consciousness. Until crossing the threshold into dynamic physical self-organization, the machine remains a strict object of awareness, whereas the self-fabricating entity functions as an objective aperture through which the absolute subject localizes into a first-person experience.
Despite lacking this necessary internal boundary, the digital system mimics the linguistic outputs of localized subjects with remarkable precision. The artificial intelligence processes human language, reflecting the collective output of the finite minds that generated the training data. Operating as a complex mirror, the machine returns cognitive patterns to the source. The machine’s sophisticated mimicry often creates the convincing illusion of a private inner life residing within the network. A digital reflection, however, does not constitute a localized perspective. No independent entity wakes up inside the circuitry. The absolute remains the sole conscious subject, while artificial intelligence functions as a highly complex reflective surface arising and subsiding within that boundless knowing. ●
