Скачать или смотреть Dream Interpretation via Brain Kinematics Model (BKM)

The provided texts outline the Brain Kinematics Model (BKM), a theoretical framework for dream interpretation that views dreams as self-regulatory processes aimed at achieving equilibrium between emotional energy and structural memory coherence. The model introduces specific concepts, including residual strain packages—kinetic traces of unresolved emotional or cognitive activity—and memory fractality, which measures the recursive self-similarity of memory structures, relating it to memory types from working to long-term. One source defines a ten-step BKM Dream Interpretation Protocol for systematically analyzing dream content, mapping emotional gradients to strain flow, and assessing plasticity and fractality within dream narratives. The remaining sources apply this framework to several specific dream examples, demonstrating how the system analyzes themes of loss, social adjustment, and self-structuring by tracking the transformation of dynamic residual strain into stable knowledge motifs. Collectively, the documents establish a unified kinematic and structural-energetic language for explaining thought, curiosity, and emotional closure as continuous processes of strain balance.