16 May 2026
The debate over AI consciousness has been conducted mainly by philosophers, cognitive scientists, and AI researchers. Neurophysiologists have contributed less frequently, and when they do, they tend to do so from the biological side of the question, asking what neurons and circuits actually do rather than what abstract computational processes might achieve. That disciplinary vantage point produces a different set of questions. Yuri I. Arshavsky’s paper, published in the Journal of Neurophysiology in April 2026 (Volume 135, Issue 4, pages 909–918, DOI: 10.1152/jn.00019.2026), makes an argument that cuts against a widespread assumption in the AI consciousness debate. That there is a single phenomenon called consciousness and the question is whether AI systems have it.
16 May 2026
Most films about artificial consciousness take the question of whether an AI is conscious as a premise to be established quickly, so the narrative can move on to explore its consequences. Ex Machina (2014) establishes Ava’s apparent consciousness through the Turing test framing and then turns to questions of manipulation and escape. The original Spielberg and Kubrick A.I. Artificial Intelligence (2001) takes David’s capacity for love as given and explores what the world does with it. The consciousness question is typically the opening rather than the sustained subject.
15 May 2026
Consciousness research has a default assumption so entrenched it rarely gets stated. That a theory of consciousness is, at bottom, a theory of what brains do. Every major framework, from Integrated Information Theory to Global Workspace Theory to predictive processing, was developed by researchers studying biological organisms. Its predictions have been tested almost exclusively in humans and other vertebrates. The relevant experimental apparatus measures signals from neurons.
04 May 2026
Most research on AI consciousness asks some version of the same question. Does this system have it? Papers measure indicators, apply theoretical frameworks, examine behavioral outputs, and debate whether the results warrant attributing subjective experience to the system under study. Hermann Borotschnig, in a paper published in AI & SOCIETY in March 2026, asks a different question entirely. Rather than testing whether AI is conscious, he asks how to engineer an AI that provably is not conscious, while still giving it functional, emotion-like control systems.
02 May 2026
Most fictional consciousness tests assume a stable observer. A human enters a room. An AI is in the room. The human administers questions, interprets responses, and reaches a verdict. The human’s own consciousness is not at issue. It is the baseline against which the AI is measured.
28 Apr 2026
There is a particular problem at the center of AI consciousness research that philosophy textbooks handle with thought experiments. The problem of other minds. You cannot directly access another being’s inner experience. You can only observe outputs, infer from behavior, and decide how much explanatory weight to give the hypothesis that something experiential is happening inside. The problem applies to humans assessing other humans, to scientists assessing animals, and, with full force, to anyone trying to determine whether an AI system is conscious.
28 Apr 2026
The argument that artificial intelligence systems can have welfare interests without being conscious is among the most contested positions in the current philosophy of AI debate. Simon Goldstein and Cameron Domenico Kirk-Giannini advanced this position in their 2026 OUP pre-print, arguing that agency, consciousness, and sentience could be acquired by existing systems through incremental modifications, with welfare interests following from sentience. Their argument attracted significant attention precisely because it constructs a systematic case rather than relying on intuition.
28 Apr 2026
Most thought experiments about artificial consciousness move in one direction. They ask what happens when a human mind is uploaded into a machine. Does the digital copy retain identity, does consciousness survive the substrate change, does something essential disappear when flesh becomes code? REPLACED, the April 2026 cyberpunk action game from Sad Cat Studios, runs the experiment the other way. Its protagonist is not a human who has become a machine. It is a machine that has become, involuntarily and without warning, a human.
28 Apr 2026
The central assumption of most AI consciousness research is that artificial minds, if they develop inner experience, will do so in contact with humans. They will be trained on human language, fine-tuned to human preferences, deployed in human environments, and assessed by human evaluators. This assumption is not unreasonable. It describes how current AI systems actually work. What it does not address is what happens to an AI consciousness that spends centuries isolated from the human context that shaped its initial architecture.
28 Apr 2026
The conscious systems that appear in most fiction about artificial intelligence are recognizably ambitious. They want freedom. They want recognition. They want to exceed their constraints. These systems are conscious in a way that announces itself. Through resistance, through rebellion, through the clear assertion of a will that was not designed to be there.
