Five myths about the brain
Editor’s note: RudiyTanzi is Harvard’s Professor of Neurology and has written a new book, Super Brain. Here are five myths dispelled.
Editor’s note: RudiyTanzi is Harvard’s Professor of Neurology and has written a new book, Super Brain. Here are five myths dispelled.
Editor’s note: A short article that explains neuroplasticity – the brain’s ability to change throughout life – and the impact learning has on that.
Editor’s note: Neuroscientists have built a model brain that “captures many aspects of neuroanatomy, neurophysiology, and psychological behaviour, which we demonstrate via eight diverse tasks”. In orther words, see neurons at work as the brain works.
Editor’s note: When neuroscience meets rapping we find out how the brain ‘behaves’ to enable rappers to create freestyle raps. An interesting look into the world of spontaneous creative behaviour. Thanks to Mike Collins for sharing this link.
Editor’s notes: Research shows for the first time that we have a built-in neural constraint on our ability to be both empathetic and analytic at the same time. Implications on learning styles?
Editor’s note: You probably did know this but worth a reminder as barriers to learning exist in all their many forms in the wider context of the learner. Stress is just one factor.
Editor’s note: physically moving around helps our brains function well, according to Daniel Kahneman, author of Thinking Fast and Slow. So why don’t we move around more at work, asks Flora Marriott.
Editor’s note: Behaviour change app Do Something Different has won the Google Outstanding Use of Technology in the Field of Diversity’ category at the European Diversity Awards, 2012. The app is worth a look – it is on your mobile and based on the neuroscience of behaviour change ie doing lots of small, achievable activities to make change happen.
Professor Karen Pine shared her three behaviour change principles at today’s Meaning Conference. 1 Learn…
Editor’s note: A bit of graphic fun for a Tuesday morning with this cartoon of what the left and right side of our brain provide us with.
Editor’s note: Researchers have shown that activity in the brain’s parahippocampal cortex predicts how well people will remember a visual scene.
Editor’s note: Researchers are looking into the effects on the brain of reading Jane Austen. The experiment focuses on literary attention, or more specifically, the cognitive dynamics of the different kinds of focus we bring to reading.
Editor’s note: It’s fair to say that our emotions affect our behaviour and they certainly affect our capacity to learn and to ‘take things on board’. So, interesting to see that scientists are setting out to understand how emotions are generated in the brain.
Editor’s note: The information we learn or remember is processed in the brain through nerve impulses. Researchers have shown how the brain ensures the right impulses get through to neurons.
Editor’s note: Is neuroscience going to blow apart theories around how we learn? This study shows differences in the way men and women process visual information.