Bazsites.com Brain Based Learning
Directory Topics
On the Web
- Caine Learning - Brain based learning web site offers information on how the brain and mind work as well as articles and links to books and videos.
- Brain Research: Implications for Second Language Learning - Provides full-text access to the ERIC Digest of this name which details how brain functions can impact the skills for learning a second language.
- Eide Neurolearning Blog and Learning Styles - Articles about brain-based learning and neurobiology.
- Valiant, Etc. - Resources on brain based learning, scientific inquiry, and Native American curricula. Includes news, forums and user-generated content.
- How Brain Works - Uses pictures to show neural networks, reflexes, brain, emotions in training, and learning a foreign language.
- Accelerated Learning Education - A DIY accelerated learning method for students from primary to post-graduate levels.
- Learning to Go with the Grain of the Brain - Present a model of education connected to cognitive research.
- How Can Research on the Brain Inform Education? - The Southwest Educational Development Laboratory (SEDL) presents the implications of brain research for teaching practice.
- Brains.org - Classroom Application of Brain Research - Serves as a link between current psychological and neurological research and education. Site offers information on current research, articles and a free newsletter.
- ALITE - Accelerated Learning in Training and Education - Courses and publications promoting accelerated learning techniques. Includes principles of brain-based learning, activities and links.
Wikipedia Articles
- Interhemispheric foreign language learning - *Interhemispheric foreign language learning is a method activating both sides of the brain. It is entirely based on recent brain research, specially on the discovery of the mirror neurons.
- Leonard Uhr - Leonard Uhr (1927- October 5 2000) was an American computer scientist, and a pioneer in computer vision, pattern recognition, machine learning, and cognitive science. He was an expert in many aspects of human neurophysiology and perception, and a central theme of his research was to design artificial intelligence systems based on his understanding of how the human brain works.