consideration of the brain as an interconnected system, and not as separate parts or areas that perform independent functions. A child’s brain is a dynamic, ever-changing network capable of rearranging its internal patterns of connections in response to experience, learning, and social interaction. Because of this adaptive nature, neurodevelopment is not simply a consequence of biological maturation, but rather the result of a complex interplay between neural structure and a child’s cultural experience. When a child is faced with a cognitive problem or functional impairment, neural networks can reorganize to stimulate alternative pathways or create new connections that support efficient functioning. For example, if a certain speech function is impaired, neural networks can use other areas associated with auditory or visual perception to compensate. This is where guided learning and social action play a central role in stimulating these networks to adapt and develop new solutions. This concept forms the theoretical basis for the concept of neuroplasticity, a cornerstone of child neuropsychology. Neuroplasticity is not just a biological property; This is an interactive process that manifests itself in the brain’s ability to compensate, renew and develop according to circumstances. Thanks to these adaptive networks, it is possible not only to cope with disorders or difficulties, but also to develop new paths of development that open up unexpected opportunities for the child’s learning and creativity. In this sense, this concept forms a scientific basis for understanding adaptation, compensation and creativity in childhood.