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Neuroscience has shown that our brains are plastic and that education, gaming and the use of technology can change our brains' connectivity, function and structure. (1, 2) But learning is more than just biology - it is affected by our learning environment and the people with whom and from whom we learn. So how do you take what neuroscience reveals about the plastic, learning brain and combine it with educational research, expertise and common sense? Klevar, in association with Flinders University, are offering you the chance to explore this with Dr Paul Howard-Jones of the University of Bristol, researcher and author of "Introducing Neuroeducational Research: Neuroscience, Education and the Brain from Contexts to Practice".

Interesting study. Brains of people engaged in some communication/dialogue seem to sync up!

The brain is an amazing thing. Most of us have no idea what's really going on inside our heads.

This highly interactive site describes the parts of the brain and their functions and how they are affected by Alzheimer's disease. It provides detailed diagrams and solid descriptions for a variety of ages.

With over 17,000 brain teasers, riddles, logic problems, quizzes and mind puzzles submitted and ranked by users like you

Play neverending quiz, memory & brain games to train your thinking

Surely there must be some impact all of this technology is having on our brains and behaviours as even mere males become more competent at multi-tasking their technological devices.

Lateral thinking Brain Teasers that are stranger than fiction.

High prevalence of brain tumor is expected to propel growth of the anaplastic astrocytoma treatment market.

"Project-Based Learning (PBL) naturally lends itself to differentiated instruction. By design, it is student-centered, student-driven and gives space for teachers to meet the needs of students in a variety of ways. PBL can allow for effective differentiation in assessment as well as daily management and instruction. PBL experts will tell you this, but I often hear teachers ask for real examples, specifics to help them contextualize what it "looks like" in the classroom. In fact, the inspiration for this blog came specifically from requests on Twitter! We all need to try out specific ideas and strategies to get our brains working in a different context. Here are some specific differentiation strategies to use during a PBL project. "

We need to store knowledge in our outboard brains - not only in databases, intranets and on the Internet, but also in the experience and insights of our co-workers, colleagues and people networks. Knowing who to ask when confronting a challenge is absolutely vital in our interconnected world.

who is ready to discuss (on Plurk) Brain Rules, Chapter 1, starting tomorrow?

Shmoop wants to make you a better lover (of literature, history, poetry and writing). See many sides to the argument. Find your writing groove. Understand how lit and history are relevant today. We want to show your brain a good time.Our mission: To make learning and writing more fun and relevant for students in the digital age. Shmoop content is written primarily by Ph.D. and Masters students from top universities, like Stanford, Berkeley, Harvard, and Yale. Many of our writers have taught at the high school and college levels. We hold ourselves to the highest academic standards. We source our work (see the "Citations" tab in each history section, or in-line citation links throughout our literature and poetry content). Teachers and students should feel confident to cite Shmoop as a source in essays and papers.

From Richard Byrne's "android4schools" site. A free Android app that is designed to help younger students learn how the human body works. The app features eight sections: circulation, muscles, the senses, kidneys & urine, skeleton, respiration, digestion, and brain & nerves. Each section contains short animated videos that explain the functions of each system and how it works.

Insights drawn from neuroscience not only provide educators with a scientific basis for understanding some of the best practices in teaching, but also offer a new lens through which to look at the problems teachers grapple with every day. By gaining insights into how the brain works-and how students actually learn-teachers will be able to create their own solutions to the classroom challenges they face and improve their practice. see video

Recently many of our Year Six students have been involved in projects that require them to utilise the brain of a maker. Facing challenges involving the exploration of how everyday objects are manufactured and while responding to their 'Genius Hour' ambitions they are facing a new set of problems and discovering the joy that comes from solving these with their hands as much as their brains.

Think back to how you felt after the last day you spent at a conference or course. If things went well you probably came out feeling enthused by new ideas but also exhausted and fatigued in ways that you don't after a regular day at work. If the presenters have done their job well and you choose your workshops wisely, the day should have been full of learning that resulted from you having to think. Days like this should work our brains hard and it should be no surprise when we are fatigued by such an experience. - So how might our students be coping?