Cna yuo raed tihs? Waht deos it lal maen?

Have you seen this email that has been circulating for quite a while now?nn***nnfi yuo cna raed tihs, yuo hvae a sgtrane mnid too.nnI cdnuolt blveiee taht I cluod aulaclty uesdnatnrd waht I was rdanieg. The phaonmneal pweor of the hmuan mind! Aoccdrnig to a rscheearch at Cmabrigde Uinervtisy, it dseno’t mtaetr in waht oerdr the ltteres in a wrod are, the olny iproamtnt tihng is taht the frsit and lsat ltteer be in the rghit pclae.nThe rset can be a taotl mses and you can sitll raed it whotuit a pboerlm.nTihs is bcuseae the huamn mnid deos not raed ervey lteter by istlef, but the wrod as a wlohe. Azanmig huh? Yaeh, and I awlyas tghuhot slpeling was ipmorantt!nn***nnWhen developing the concept for our nonprofit eSpindle I spent a lot of time reviewing current research about spelling, reading, writing and the workings of the human brain, and with this background, this experiment shows something completely different than what the triumphant “Yeah, and I always thought spelling was important” at the end of the experiment suggests: We not only write, but also read based on Mental Orthographic Images (MOI), so to get really familiar with a word's writing convention is very, very important.nnThis email proves that most people do not read using phonics, rules, or root words. If we did, we could indeed not read this text unless we went through lengthy decoding.nPhonics, spelling rules and even root word knowledge are great intellectual tools that can help us decipher a word when we get "stuck" – they are not, however, the stuff that good readers and writers are made of.nnFluent reading – just like writing - is driven by the brain's library of MOI, an immense collection of visual imprints of words created as the brain memorizes written words – a collection that has to be created through repeat practice and extensive exposure to a large variety of vocabulary.nnAs you probably know, a good speller is likely to write based on "looks right" decisions (unless s/he is dyslexic – see below).nnWhat this little entertaining email proves is that MOI actually drive our reading as well – by supporting the brain by zipping through the text based on "looks like" decisions and content-based associating.nnIf the mind uses MOI for reading ("looks like") as well as writing ("looks right"), then this would mean that focused word instruction – teaching the successful formation of MOI – is actually dramatically more important than is currently acknowledged.nnSometimes people ask us why we have such a "ridiculous" large entry field in our quizzes – it was very purposefully designed that way to support the successful formation of MOI.nnnThe number of people that can read this and why they cannnSome versions of this email state that "only 55 out of a hundred can," others say that everyone is able to read the text.nnAfter showing this text to readers of all ages and education levels, I have concluded that while not everyone can read the text, clearly more than 55% of the population can.nDyslexics and people who read little have severe trouble figuring it out, and normally give up after a few words.nnThe speed by which someone "gets it" seems to directly correlate to the speed they normally read.nPeople who read a lot and can read this instantly and almost effortlessly, albeit still at slower than their normal speed.nPeople who always read slowly take longer and get "stuck" on words frequently.nThe most common "stopper" is the word phaonmneal (phenomenal) in the second paragraph, an advanced vocabulary word that someone of low literacy skills is often not familiar with.nnApparently the brain pulls up words from its memory bank based on the first and last letters, its expectation based upon context, and other factors like length of word, number of upper- and lower-length extensions, etc.nnIt's a much more advanced decoding process than unraveling words going from left to right, letter by letter, which is our traditional understanding of "reading."nnIt is an amazing processing task, and gives us a little glimpse into the vast potential of the powerful supercomputing organ we shelter within our cranium.nnPeople tend to respond to this email saying – "I didn't know I was that smart," "seems like I'm a genius," or "I would have never thought I could to this."nWhy do people go through school not learning this basic truth - that their capacities are so vast, close to limitless?nnWhen will our students be taught to understand that they do possess the tools to do anything they want, if only they dedicate the time and energy it takes to develop the skill to use them?nnI have received three versions of this text: One credits "a researcher" at Cambridge University, others an Oxford scientist. Newer versions talk about an "English university."nnAfter fruitless research I was unable to link this email to any of these two universities, and so assume that this email is the work of a rather informal "researcher." If so, thank you, dear unknown creator, for providing such a strong and compelling experiment!nnIf someone is more successful in actually locating the scientific research producing this piece, please let me know! I would be curious to see what kind of conclusions and observations were drawn from this experiment.nnHistorically, learning was hammered into students' minds in an authoritarian, rote and all-around frustrating way, not leaving much room for creative and critical thinking, or individualized instruction. Older generations remember spelling instruction as frustrating and discouraging, or at the very best, boring.nnThen research discovered that dyslexics, who performed badly on the weekly spelling test, were able to navigate around their problems when they were taught phonics and spelling rules – so the conclusion was to throw out the old memorization routines and teach spelling through teaching phonetic patterns and grouping words by these patterns or rules.nnWhat this ignored, however, is that the vast majority of students form MOI easily and reliably if taught in an intelligent and focused fashion.nThe logic-based approach that works so great for dyslexics does not serve other students – because they read and write based on MOI, not based on a logical, analytical process.nnA lot of students, especially strong visual learners, will pick up the majority of words while reading, with minimal need for explicit spelling instruction. What strong visual learners will have to work on is overcoming false MOI they may have formed unconsciously, for example when presented with workbooks with misspellings in their instructions (there should be a law prohibiting this!).nnMany students, unfortunately, are left without the assistance they need. They are not served by the rule-based instruction initially designed for dyslexics, because they are not dyslexic. And for a variety of reasons, they may no longer get the targeted instruction they need to successfully form their MOI database.nnWhile all they really need is just a bit of additional targeted practice, they often simply do not get enough coaching to truly "get it."nnTheir discomfort with words soon affects their reading and writing.nThey get frustrated, write and read less, fall further behind in building their MOI library, and soon notice that their peers read and write faster, understand context better, and learn more effortlessly.nHumans quickly feel "behind" or not smart enough, a scary feeling which causes many to give up, leaving them heading for educational disaster.nnOur very human existence is linked to words, and more and more to the written word. Let's make sure that everyone has a broad and complete word foundation for confident communication and success in any field!n