Speed of Solving Mathematical Problems and Academic Success in Young Schoolchildren: A Neurocognitive Analysis Shattering the Myth: Speed vs. Understanding The question of the significance of problem-solving speed in elementary school is one of the most controversial in educational psychology. The traditional approach, based on the automation of arithmetic skills ("multiplication table - for speed"), is challenged by modern neuroscience data, which shifts the focus from pure speed to the quality of neurocognitive processes underlying mathematical thinking. Key thesis: Speed itself is not a direct indicator of mathematical abilities or future academic success. It is merely a superficial consequence of the formation of deeper cognitive functions. Moreover, an excessive focus on speed at the expense of understanding can cause significant harm. Neurobiological Basis of Mathematical Thinking Solving a mathematical problem is a complex process involving several brain regions: Intraparietal sulcus: responsible for representing the magnitude and meaning of numbers. Prefrontal cortex: provides working memory, holding task conditions and planning the solution. Fusiform gyrus: involved in monitoring errors and cognitive control. ... Read more