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An efficient toolkit for chemical resonance analysis based on quantum chemistry calculations. It implements the quantitative theory of resonance by expansion of the wave function from a DFT/HF calculation in terms of those of the Lewis structures.
This theory introduces a constructive modeling method based on generative resonance, where system responses emerge from structured cyclic stimuli. It enables adaptive AI, dynamic feedback systems, and interactive intelligence. 本理論は「生成的共振」に基づく構成的モデリング手法を提示します。構造的な循環刺激によりシステム応答が創発し、適応型AI、動的フィードバック、対話型知能などへの応用が可能です。
A theoretical framework that constructs layered self-resonant structures within complex systems, enabling adaptive learning and signal interpretation through recursive resonance cycles. 多層的な自己共鳴構造を複雑系内部に構築し、再帰的な共鳴サイクルを通じて適応的学習や信号解釈を可能にする理論的枠組み。