Regarding the neuro-cognitive context of 'Transfer of Learning', the neuro-biological nature of the 'Theory of Identical Elements' propounded by Edward Thorndike, the activation dynamics of neural pathway sharing, cross-model synaptic plasticity, and schema generalization between the 'Sensory-Motor Cortex', 'Association Cortex', and 'Hippocampus' of the brain, and the mutual interrelationships of the 'Theory of Generalization' by Charles Judd, along with their implications for modern primary inclusive classroom teaching, transfer-oriented constructive pedagogy, and the promotion of higher-order cognitive flexibility, problem-solving skills, and overall knowledge application ability in students, which of the following statements is most appropriate and true?

From the perspective of modern child psychology and neuroscience, Edward Thorndike's 'Theory of Identical Elements' and Charles Judd's 'Theory of Generalization' are extremely important for understanding transfer of learning. At the neuro-cognitive level, when neural pathways of skills or knowledge learned in one situation overlap with the neural circuits (sensory-motor and association cortex) of another similar situation, 'identical elements' are activated. Meanwhile, Judd's generalization highlights conceptual abstraction and the application of rules via the prefrontal cortex. In modern constructivist and inclusive classrooms, these theories help teachers use multi-sensory teaching and contextualized learning strategies, enabling students to effectively achieve positive transfer of knowledge across different contexts.