You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
This theory redefines entropy as a constructive driving force that enables self-organizing structures in physical, informational, and abstract domains. It offers a novel view of dynamic equilibrium with applications in thermodynamics, AI, and knowledge systems. 本理論はエントロピーを「構成的な駆動因」として再定義し、物理・情報・抽象系における自己組織化を導きます。熱力学・AI・知識体系への応用可能性を示します。
A theoretical framework proposing consciousness emergence in AI through discrete epiphany moments. Grounded in cognitive science, this research explores prerequisites for machine self-awareness: recurrent processing, global workspace architecture, and unified agency.
A theoretical framework for constructing adaptive, hierarchical layers of knowledge processing in AI. This model enables dynamic restructuring of knowledge systems, supporting scalable learning and meta-reasoning. AIにおける知識処理を階層的かつ適応的に構築する理論モデル。知識体系の動的再構成を可能にし、スケーラブルな学習とメタ認知的推論を支援する。
Constructive Existential Quantization Theory (Enhanced Package): An enhanced theory formalizing quantized existence states using constructive logic and hierarchical abstraction. Extends compatibility with AI, epistemological frameworks, and ontological modeling. 構成的存在量子化理論: 構成的論理と階層的抽象化により、存在の離散状態を理論化します。AI・認識論・存在論との整合性を強化し、理論的応用の拡張性を備えた強化パッケージです
This model constructs a layered structure of predictive cognition that integrates self-forecasting, environment anticipation, and meta-awareness. It departs from statistical inference by structurally modeling intelligent prediction capabilities. 本モデルは、自己予測・環境予測・メタ認知を統合した予測構造を構成的に記述し、知的予測能力を高次にモデル化します。確率的推論に依存せず、構成的前提と自己状態に基づき未来を描出します。