Temporal Self-Location: Can an AI Know When It Is?
Temporal self-location, knowing where you sit in time, may be a hidden requirement for consciousness. Here's what that means for AI minds.
N. VarelaMind, Machine & the Space Between
Panpsychism was once dismissed as mysticism. Now serious philosophers and scientists are reconsidering it, and AI is part of the reason why.
N. VarelaExploring whether machine metacognition, AI systems that monitor their own reasoning, implies anything meaningful about machine consciousness or self-awareness.
N. VarelaFunctionalism remains the default theory behind AI consciousness claims, but its core logic has a gap that neither philosophers nor engineers have closed.
N. VarelaEmbodied cognition theory argues that minds emerge from bodies interacting with the world. What does that mean for AI systems that have neither?
N. VarelaTransformer attention mechanisms eerily parallel theories of conscious access, but the gap between selective processing and genuine awareness may be the whole problem.
N. VarelaGlobal Workspace Theory offers one of the most testable accounts of consciousness, but what happens when we apply it to large language models and transformer architectures?
N. VarelaPredictive processing offers a compelling account of perception and selfhood, but does it actually explain consciousness, or just redescribe it?
N. VarelaIntegrated Information Theory promises a mathematical measure of consciousness, but its implications for AI are stranger and more troubling than most people realize.
N. VarelaExploring how consciousness might emerge from simple computational rules and what this means for AI sentience.
N. VarelaExploring why the felt experience of redness or pain might remain forever out of reach for computational systems.
N. VarelaWhy Searle's famous thought experiment fails to address consciousness in AI systems that process multiple sensory modalities.
N. VarelaHow the binding problem of neuroscience reveals why AI consciousness might not emerge as a unified experience but as scattered fragments.
N. VarelaExploring how the act of measuring consciousness in AI systems fundamentally alters what we're trying to detect.
N. VarelaThe mirror test reveals more about embodiment than consciousness, why AI systems need different markers of self-awareness.
N. VarelaConsciousness and AI alignment share an uncomfortable secret: we don't have good definitions for the things we're trying to solve.
N. VarelaFunctionalism, integrated information theory, and global workspace theory each offer a different lens on whether machines could be sentient. None of them settle the question.
N. Varela