Offers 12 principles as a general foundation for brain-based learning, including (1) the brain is a parallel processor; (2) learning engages the entire physiology; (3) the search for meaning is innate and occurs through patterning; (5) emotions are critical to patterning; (6) every brain simultaneously perceives and creates parts and wholes; and…

Neuropsychology professor Steven Petersen describes what scientists are finding out about brain development, synaptic growth and wiring, intentional and incidental learning, the role of emotion in learning, and declarative and implicit memory systems. Neuroscience has only the broadest outline of principles to offer today's educators. (MLH)

Summarizes the latest key brain research findings and invites educators to incorporate the biology of learning into teaching practices. Curriculum should be based on overarching concepts that help students understand and predict what is going on around them at school and in their communities. (PVD)

The importance of neuropsychological paradigms of higher order human information processing in providing remedial services to learning-problem children and in providing a guide to the habilitation of learning for all children is explained. The conceptual requirements of such models as well as their implementation are described. (Author/AL)

The need for valid and reliable neuropsychological assessment procedures for differential assessment of learning disorders in children is emphasized. The neuropsychological procedures outlined are based on the theory that learning acquisition represents a hierarchy of information processing skills. A hierarchical model along with related…

This paper reviews recent findings in the field of neuroscience that may have a direct impact on specific methodologies and practices in education. It focuses on five concepts from neuroscience: (1) the mind-brain processes symbolic information; (2) neurons are imbued with an epistemic hunger and the mind-brain with a cognitive imperative to learn…

Maintaining that educators need a functional understanding of the brain and how it operates in order to teach effectively and to critically analyze the vast amount of neuroscientific information being published, this book provides information on brain-imaging techniques and the anatomy and physiology of the brain. The book also introduces a model…