Scientific research on the brain underpinnings of learning is called educational neuroscience. As demonstrates, the fundamental issues in learning may be solved by educational neuroscience. In light of the notion that perhaps the human psyche is a system composed of around a hundred billion neurons (neuron cells) that transmit signals to one another via roughly 1,000 trillion synaptic connections, educational neuroscience may be defined as the research of the "educational equipment" from the viewpoint of data perceptual processing. The learning methods and results are ultimately controlled by this "central nervous system." The cerebral cortex is the term for the covering of the brain tissue. The forehead, parietal, occipital, and two temporal lobes make up its five projections, which are separated in left and right cortex. The idea that certain regions of the cerebrum are in charge of certain aspects of the brain's purposes is broadly acknowledged and confirmed by experiments conducted. This idea is illustrated by the brain cross-sections, where the different brain regions are identified. Although the position and operation of the domains connected to mathematics yet require additional investigation, it is generally agreed that the parietal cortex performs the far more significant function in acquiring and retention of mathematical ability. A variety of perspectives on how the brain works are also available. Using technological advances, the field of educational neuroscience investigates the events that take place during the study of mathematics

Educational Neuroscience, Brain, Cognitive, Default mode network, Education