Scott Douglas Jacobsen and Rick Rosner explore the distributed nature of cognition, emphasizing neural and glial interplay, the evolving truth of historical narratives, and the adaptive flexibility of paraconsistent logic. Their dialogue highlights how brains process contradiction, update knowledge, and embody rational and irrational behaviors across multiple representational modalities.
Scott Douglas Jacobsen and Rick Rosner explore how paraconsistent logic challenges classical Boolean frameworks in computational cosmology and artificial intelligence. They discuss context-dependent truth, quantum mechanics, hybrid classical-quantum chips, and the brain's energy-efficient, error-correcting computation. This dialogue highlights how future computing might emulate the adaptable, context-switching architecture of human cognition.
Scott Douglas Jacobsen and Rick Rosner examine paraconsistent logic, which manages contradictions without logical collapse, and discuss its conceptual parallels in quantum theory and cosmology. They relate these ideas to challenges in artificial intelligence, such as hallucinations and limited self-correction, considering how nonclassical frameworks could support more reliable and resilient AI systems.
Rick Rosner 