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VI. Neuroscience & Cognitive Systems (141–180)
- Complete neural coding theory across cortical regions.
- Mathematical model of synaptic plasticity universality.
- Unified brain connectivity dynamical framework.
- Large-scale brain oscillation theory.
- Consciousness neural correlates mechanistic explanation.
- Predictive processing global formalization.
- Neural information integration theory completion.
- Computational model of memory consolidation.
- Whole-brain simulation theoretical framework.
- Connectome structural-functional mapping synthesis.
- Neurodevelopment dynamical systems model.
- Neural entropy production modeling.
- Brain criticality theory validation.
- Emergent cognition network theory.
- Universal neural adaptation laws.
- Brain energy efficiency optimization theory.
- Mathematical theory of perception.
- Cross-species neural architecture comparison.
- Neural degeneration predictive modeling.
- Neuroimmune interaction system modeling.
- Emotional regulation neural dynamics theory.
- Decision-making neural computation framework.
- Neural time perception modeling.
- Distributed consciousness architecture hypothesis.
- Brain-machine interface formal integration theory.
- Neural symbolic integration mechanism.
- Cortical hierarchy information flow model.
- Sleep function systems-level explanation.
- Neural basis of creativity modeling.
- Mathematical theory of attention networks.
- Memory capacity information bounds.
- Neural synchronization global theory.
- Computational psychiatry unified model.
- Brain aging dynamical systems model.
- Neural learning rate optimization theory.
- Social cognition neural network modeling.
- Multiscale neural integration framework.
- Neuroplasticity universal dynamical law.
- Consciousness measurement formal metric.
- Unified theory of cognitive architectures.