Learning is simple, right? It’s the process of moving information from out there — from a textbook — to in here, inside our heads, and making that knowledge our own. Parents, teachers, and other experts are full of sensible-sounding advice about how to learn well: select a particular place to study and use it consistently; concentrate on one subject at a time; focus intensively on the material just before a test or an important meeting.

But it turns out that learning is not so simple and obvious — all of the above instructions, for example, are flat-out wrong. Our own experience with learning — or our students ’ — shows us that learning can be a tricky thing: we read and we memorize and we practice, and still the information doesn’t always stick. Under the pressure of an exam, our hard-won knowledge does a disappearing act. Even social scientists have been confounded by learning. For more than a century, psychologists have constructed elaborate theories of how people learn that are intricate, elegant—and mostly useless.

And then, about ten years ago, researchers started to do something radically different. Using the tools of neuroscience and cognitive psychology, they began paying attention to how the brain actually learns. This new field has witnessed explosive growth over the past decade, generating academic programs, professional journals, research conferences and reports of scientific findings by the thousands. What they have discovered was a surprise: the brain has its own set of rules by which it learns best — and they look nothing like what we imagined. From these rules, some remarkable conclusions follow:

• How we learn shapes what we know and what we can do. Our knowledge and our abilities are largely determined not by our IQ or some other fixed measure of intelligence, but by the effectiveness of our learning process: call it our learning quotient.

• Everyone can learn more effectively. Successful learning doesn’t require fancy schools, elaborate training sessions, or expensive technology. It just takes an understanding of how the brain really works.

• We need a learning revolution: in the schools, at home, and in the workplace. Although the science of learning has made enormous advances over the past decade, its discoveries have remained restricted to academic journals and conferences. It’s time to liberate this knowledge for the good of learners everywhere.

Every now and then, I’ll be posting/sharing the latest research and the most penetrating insights into how learning works. I hope you’ll join me — together, we have a lot to learn.

The image given below is an interesting find i came across. People who wish to dwell deep, sources/references are given below. Happy learning


Decisions, decisions… You’ve spent the majority of your life in school working hard for the big prize: the prestigious four letters after your name, “MBBS”. But, now that your real life dream is creeping closer, you have to make that difficult decision, what PG speciality? This highly accurate algorithm is for the “almost” MBBSs who are still clueless and could use some help.


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Alphabetical list

For clarity,entries are listed by the name of the person associated with them,so Loop of Henle is listed under H not L.

Read more: List of human anatomical parts named after people

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