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Classic Learning Research in Practice – Sensory Channels – Keep the Learners Attention

Adobe Captivate

Once the learner feels connected , we need to maintain his attention and avoid multitasking. Sensory input remains useless until it is processed by the brain where it becomes perception. It is your brain that sees and hears. Perception starts at the sensory input, in the bottom-up processing approach (Gibson’s Theory).

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8 Must-Read Neurolearning™ Books

eLearningMind

Instead, Neurolearning is a combination of learning theory and neuroscience; a complicated study of how the brain (and the nervous system) works and reacts to stimuli and situations. Now You See It: How Technology and Brain Science Will Transform Schools and Business in the 21st Century; Cathy N.

Brain 52
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The Best of Learning, Design & Technology | July 27, 2018

Mike Taylor

I hope your brain is ready for this week’s roundup? No matter what, I think you’ll find some great brain and learning-related knowledge that you’ll want to check out. Battling the Bandwidth of your Brain. In this article by Greg Ashman ( @greg_ashman ) touches on why cognitive load theory is so powerful.

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Bring the Science of Learning into Your Employee Training

eLearningMind

By applying the latest insights from cognitive science and neuroscience, we can revolutionize employee training and unlock the full potential of your workforce. The multitasking myth As humans living in the 21st century, we think we’re adept at multitasking, yet we’re easily distracted.

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8 Proven Tips for Optimal Learning

KnowledgeOne

This is in addition to a growing interest in more humane approaches to teaching that take into account the fact that cognition and emotions are inseparable, contrary to what we have long believed… So, learners and teachers, here are some tips from the latest research for optimal learning! ” — Are we really good at multitasking?

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Bring the Science of Learning into Your Employee Training

eLearningMind

How Our Brains Like to Learn. The science of learning comes down to knowing how our brains like to learn. Our brains crave repetition and patterns —with a bit of the unexpected thrown in to wake us up to alternatives we haven’t thought about. Our brains also love stories, which are a great conduit for emotional connections.

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Jay Cross's Informal Learning - Untitled Article

Jay Cross's Informal Learning

Blog – How Quantum Probability Theory Could Explain Human Logical Fallacies - Technology Review Feed – Tech Review Top Stories , September 16, 2009. Alternatives to the CKO - Cognitive Edge , September 18, 2009. Why Studies About Multitasking Are Missing The Point , September 15, 2009.