Understanding the Brain Towards a New Learning Science: Towards a New Learning ScienceOECD Publishing, Sep 4, 2002 - 110 pages This book examines how new scientific developments in understanding how the brain works can help educators and educational policy makers develop new and more efficient methods for teaching and developing educational policies. This new "science of learning" is providing insights into how to improve reading and mathematical skills and highlights the significance of the distinction between nature and nurture in learning and brain development. The book focuses on the importance of developing a trans-disciplinary approach where teachers, the medical profession, and scientists work together. |
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Page 45
... spatial processing. The occipital lobe (back) is concerned with vision (Figure 2). These are gross characterisations, of course, as each lobe is further subdivided into interlocking networks of neurons specialised for very specific ...
... spatial processing. The occipital lobe (back) is concerned with vision (Figure 2). These are gross characterisations, of course, as each lobe is further subdivided into interlocking networks of neurons specialised for very specific ...
Page 46
... spatial information and those that provide high-resolution temporal information about brain activity. Among those tools that provide high-resolution spatial information about brain activity, the best known are Positron Emission ...
... spatial information and those that provide high-resolution temporal information about brain activity. Among those tools that provide high-resolution spatial information about brain activity, the best known are Positron Emission ...
Page 47
... spatial location and temporal changes in brain activity associated with learning. In making the link with learning processes, it is important for the neuroscientist to have fine-grained elementary cognitive operations and analyses in ...
... spatial location and temporal changes in brain activity associated with learning. In making the link with learning processes, it is important for the neuroscientist to have fine-grained elementary cognitive operations and analyses in ...
Page 54
... spatial tasks). The prefrontal cortex and the anterior cingulate cortex play an important role during complex calculations by controlling nonautomated strategies. It should be noted, however, in mathematical processing that other parts ...
... spatial tasks). The prefrontal cortex and the anterior cingulate cortex play an important role during complex calculations by controlling nonautomated strategies. It should be noted, however, in mathematical processing that other parts ...
Page 55
... spatial concept of quantity. Aside from brain damage or disorder, researchers posit that there could be at least two different causes for mathematical difficulties. One possible cause is that some network, like the one that is ...
... spatial concept of quantity. Aside from brain damage or disorder, researchers posit that there could be at least two different causes for mathematical difficulties. One possible cause is that some network, like the one that is ...
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