Forsidebilde av showet Deep Dive - Frontier AI with Dr. Jerry A. Smith

Deep Dive - Frontier AI with Dr. Jerry A. Smith

Podkast av Dr. Jerry A. Smith

engelsk

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Les mer Deep Dive - Frontier AI with Dr. Jerry A. Smith

In-Depth Explorations of Neuroscience-Inspired Architectures Revolutionizing AI.

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episode Your AI Loses the Thread After 15 Turns. We Built One That Doesn't cover

Your AI Loses the Thread After 15 Turns. We Built One That Doesn't

Medium: https://medium.com/@jsmith0475/your-ai-forgets-you-mid-conversation-heres-the-architecture-that-doesn-t-9df34fdd61fd The provided text introduces the Neuro-Cognitive Agent (NCA), a framework designed to solve the chronic "forgetting" problem in large language models by mimicking biological brain structures. Rather than simply expanding storage, this architecture implements a cognitive loop featuring a simulated hippocampus for experiential memory and specialized subconscious modules for emotional and logical analysis. A key innovation is the Neuromorphic Temporal Attention Scaling, which allows the system to prioritize important memories while letting irrelevant details naturally fade over time. Through iterative development, the researchers discovered that true intelligence requires a judgment layer to prevent clinical, over-analytical responses in favor of natural, empathetic interaction. Ultimately, the source argues that AI must move beyond simple data retrieval to achieve genuine cognition and meaningful, long-term relational continuity.

8. mars 2026 - 22 min
episode Exotic Reasoning-A Topological Framework for Understanding Emergent Intelligence in Large Language Models cover

Exotic Reasoning-A Topological Framework for Understanding Emergent Intelligence in Large Language Models

Medium Article: https://medium.com/@jsmith0475/exotic-reasoning-a-topological-framework-for-understanding-emergent-intelligence-in-large-language-f76eefbae209 The author, Dr. Jerry A. Smith, introduces the Exotic Reasoning Conjecture, a theoretical framework that posits that emergent intelligence in large language models is rooted in high-dimensional topology. Dr. Jerry A. Smith suggests that instead of gradual improvement, scaling allows models to suddenly access exotic manifolds—reasoning paths that are logically equivalent to standard logic but geometrically disconnected. The author draws a parallel to Milnor’s exotic spheres, arguing that some cognitive transformations require "corners" or discontinuities that current linear transformer architectures may struggle to navigate. Consequently, the paper posits that achieving true general intelligence might require diverse computational mechanisms, such as diffusion or spiking networks, to explore these isolated geometric territories. Ultimately, the source frames the future of AI not just as a matter of scale, but as a challenge of mapping a complex landscape of unreachable reasoning structures.

29. jan. 2026 - 14 min
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