Author: kiranjohny007@gmail.com

  • Tweet: The importance of novelty in learning and attention is well documented

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    Several theories have suggested that novelty elicits a learning signal (Kormi-Nouri et al., 2005, Lisman and Grace, 2005, Meeter et al., 2005, Recce and Harris, 1996, Tulving and Kroll, 1995).
     
    Novelty can help orient our attention, releasing neuromodulators in the brain that can increase engagement and promote learning.
     
    Novel contexts can help engage students with a new topic, or help encourage them to practice the freshly learned knowledge in new scenarios, which is important for consolidating their understanding, memory, and transfer of that knowledge. Topics that engage curiosity have been shown to stimulate activities in the brain’s reward regions (Min Jeong et al., 2009).
     
    Studies have shown that novel stimulus sets off a cascade of brain responses, activating several neuromodulatory systems in humans. As a consequence novelty has a wide range of effects on cognition, This include pro-learning capabilities like :
    • Improving perception and action,
    • Increasing motivation,
    • Eliciting exploratory behavior,
    Thus Promoting learning. 
     
    Further, spatial novelty may trigger the dopaminergic mesolimbic system, promoting dopamine release in the hippocampus, having longer-lasting effects, up to tens of minutes, on motivation, reward processing, and learning and memory.
     
     
     
     
     
     
  • What about Spaced Repetition ?

    person using ballpoint pen
    Photo by rawpixel.com on Pexels.com

    Spaced Repetition is a scientific proven method of learning that involves time intervals between subsequent review of learned items to exploit the psychological effect of spacing effect.

    A meta-analysis by researchers Donovan and Radosevich in 1999 suggested that those who learn information by spaced repetition will outperform 67% of those who learn by mass presentation given the same number of practice episodes.

    Spaced Repetition Practice Tools .

    Citation

    Donovan, John & Radosevich, David. (1999). A Meta-Analytic Review of the Distribution of Practice Effect: Now You See It, Now You Don’t. Journal of Applied Psychology. 84. 795-805. 10.1037/0021-9010.84.5.795.

     

  • Learning How To Learn Free Course

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    Learning to learn effectively is the most important skill and one of the primary education required for outstanding performance in the era of accelerated technology transformation .

    This Coursera.org MOOC is offered by University of California( San Diego) and taught by Professor Barbara Oakley.

    This course introduces learning techniques used by experts in art, music, literature, math, science, sports, and many other disciplines. You will learn about how the brain uses two very different learning modes and how it encapsulates (“chunks”) information.

    It also cover illusions of learning, memory techniques, dealing with procrastination, and best practices shown by research to be most effective in helping you master tough subjects.

     

    CLICK HERE TO VISIT COURSE PAGE AND ENROLL ,ITS 100% FREE 

  • Most important skill in this era of accelerated evolution ?

     

    A shift from Darwinian natural evolution to the era of exponential non linear evolution is happening. This shift requires the skill of learning to learn fast in-order to keep phase with the demands of the exponential emerging world.

    Recrafted from my original but crude post @ NextBigWhat.com

    It requires us to adapt to a variety of unknown conditions and challenges which are impossible to predict with human cognition and technology.

    The traditional idea of one skill and one specialization domain for the rest of your life is obsolete already.

    “The illiterate of the 21st century will not be those who cannot read and write, but those who cannot learn, unlearn, and relearn. ” Alvin Toffler.

    Alvin Toffler wrote the book “Powershift” 27 years ago as he looked at the industrial economy moving to the knowledge economy.

    Many years passed and the major philosophical direction of the question remains the same. It’s about the unknown direction to which the technology evolution is driving us.

    • What happens when economic value is created out of knowledge of intangible assets like programming skill and creativity.
    • What will happen when everything from Self-Driving Car to 3D printing requires only one type of professionals “The Knowledge Worker”. ?
    • What will happen when exponential technologies like AI, Biotech, and Nanotech merge and cross-pollinate. ?
    • What will happen when Quantum computers become mature enough to calculate seemingly impossible amounts of data in less than a snap. ?
    • Could these exponential technologies work along with social technologies like block-chain methods to disrupt institutional agents like governments, banks, and money. ?

    These questions are obvious but the answers are impossible to be precise, because the domain of exponential technology evolution is a domain of complexity. Complexity is by nature unpredictable with unknown variables. 

    Complex events like technology evolution, entrepreneurship, social movements etc are far more difficult to understand and manage. It’s harder to predict what will happen because complex systems interact in unexpected ways and with unknown variables. It’s also harder to make sense of things because the degree of complexity may lay beyond the limits of our cognitive ability and analytical tools.

    In complex systems like technology and business, it is harder to place bets because the past behavior may not predict its future behavior. This often makes the outlier more significant than the average.

    A small change in any initial condition variable can result in a huge difference in end result. That is why every moment in history happens only once.

    There will be no more Google, Facebook and AirBnB created twice in history. The creation and success of these companies were outlier events accompanied by accumulated advantage of massive wealth and connection.

    Implications On Human Learning

    Many experts estimate that up to 40% of what students learning today will be obsolete a decade from now when they will be working in jobs that have yet to be created. Indeed the top 10 most in-demand jobs today didn’t even exist 10 years ago. To say that we live in a linear world with Darwinian natural evolution understates the speed of both the pace and the scope of ongoing change.

    Natural and social boundaries are simultaneously disappearing fast and the global human resources become more skilled and mobile. This means the competition in the top 10% jobs will become more and more global.

    The other corollary is that everything that can be automated will be automated and everything that can be Digitized will be Digitized. This is even true in the Trump and Brexit era of Nationalism.

    Historian Yuval Noah Harari says;

    “ I don’t know about the present, but looking to the future, it’s not the Mexicans or Chinese who will take the jobs from the people in Pennsylvania, it’s the robots and algorithms. So unless you plan to build a big wall on the border of California — the wall on the border with Mexico is going to be very ineffective”.

    On the other hand, our schools and universities are hopelessly inadequate in preparing us for the impending disruption in every walks of our life. Our education system is built on the factory economics idea where one spends a few years in a process of progressing in a linear fashion, and at the end of it, granted with a degree of bachelor’s or master’s, you are somehow magically prepared for the rest of your working life.

    This traditional model worked well in a previous era which was characterized by predictable skill demands and process jobs. But in the new era of digital acceleration jobs will soon be outdated or automated faster than they are created. This is why even the very definition of ”learning” and “school system “needs a paradigm shift.

    Learning to learn fast is the only De-risking intervention possible

    Our ability to adapt fast to challenges and pro-actively make changes in our life is what will make of a crucial differentiator.

    According to Darwin;

    “It is not the strongest of the species that survives, nor the most intelligent.It is the one that is the most adaptable to change.”

    However, adapting and changing always comes with the risk of leaving something behind and losing something.  Thus preparing ourself for the new age also comes with the preparing our mindset for reduced loss aversion.

    An insightful thought about how we should approach this era of exponential changes can be found in a recent interview in which Y Combinator asked Mark Zuckerberg about the best advice Peter Thiel ever gave him. It was;

    “In a world that’s changing so quickly, the biggest risk you can take is not taking any risk.”

    The essence of this advice is that the world is aggressively marching forward. When it comes to adapting to change, a delay is increasingly expensive as you quickly lose your place.

    Every change is a risk and every learning requires some degree of choice to take this risk or that risk. This psychology of competing opportunity costs requires increased skill of risk tolerance.

    Risk taking is thus learning to deal with uncertainty which is an essential part of the new world order.

    Skills of Dynamic Stability: A Google X Perspective

    We established that fast and effective learning is the primary skill to unlocking change proficiency and succeeding in a complex, unpredictable and constantly evolving environment.

    Astro Teller CEO of Google X shares one of the most intriguing ideas which reinforces this perspective of learning. He says

    “I am actually not a huge believer that you have to pick what it is you are going to be an expert at NOW (and) study that really hard and go out and shop that expertise throughout the rest of your life .The bad news is that the stuff you are learning now is going to be fairly irrelevant in 10 years.The good news is that the skill of learning things quickly ,(and) figuring out how to understand the first principles and be able to reconstruct your knowledge even after you forget 90 % of it later ,Those skills are critical for the rest of your life “

    Watch the original video from Stanford Technology Ventures Program

    [youtube https://www.youtube.com/watch?v=8kXKRMSZEtU&w=560&h=315]

  • List of Memory and Learning Tools

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    Create And Share Mnemonics,Click here Facebook 

     Memorization is the process of committing something to memory.

    Following are some concepts, tools, techniques and external links to assist memorization.

    Note : This is just tools and techniques which can be used to memorize particular information. This may not be effective in learning contexts which require long term retention and transfer.  There are some studies which proves the ineffectiveness of  techniques like Keyword mnemonic as a reliable method for long term retention and transfer.

    However, some researchers (Like Adam L Putnam) suggest an alternative approach for the use of mnemonics in educational settings, such as combining them with other learning techniques and treating mnemonics as an aid for retrieval rather than a core learning strategy.

    Also Read : Mnemonic Instruction in Science and Social Studies for Students with Learning Problems. 

    LIST >>

    Rote learning  is a learning technique which focuses not on understanding but on memorization by means of repetition. For example, if words are to be learned, they may be repeatedly spoken aloud or repeatedly written down. Specialized forms of rote learning have also been used in Vedic chant since as long as three thousand years ago,to preserve the intonation and lexical accuracy of very long texts, some with tens of thousands of verses.

    Further Read

    A mnemonic, a type of memory aid. Mnemonics are often verbal, such as a very short poem or a special word used to help a person remember something, particularly lists, but they may be visual, kinesthetic or auditory. Mnemonics rely on associations between easy-to-remember constructs which can be related back to the data that is to be remembered. This is based on the principle that the human mind much more easily remembers spatial, personal, surprising, sexual or humorous or otherwise meaningful information than arbitrary sequences.

    Further Read

    A mnemonic link system, a method of remembering lists, based on creating an association between the elements of that list. For example, if one wished to remember the list (dog, envelope, thirteen, yarn, window), one could create a link system, such as a story about a “dog stuck in an envelope, mailed to an unlucky black cat playing with yarn by the window”. It is then argued that the story would be easier to remember than the list itself. Alternatively one could use visualisation, seeing in one’s mind’s eye an image that includes two elements in the list that are next to each other. One could imagine a dog inside a giant envelope, then visualise an unlucky black cat (or whatever that reminds the user ‘thirteen’) eating a huge envelope. In order to access a certain element of the list, one needs to “traverse” the system (much in the same vein as a linked list), in order to get the element from the system.

    Further Read

    A peg system, a technique for memorizing lists. It works by pre-memorizing a list of words that are easy to associate with the numbers they represent (1 to 10, 1-100, 1-1000, etc.). Those objects form the “pegs” of the system. Then in the future, to rapidly memorize a list of arbitrary objects, each one is associated with the appropriate peg. Generally, a peglist only has to be memorized one time, and can then be used over and over every time a list of items needs to be memorized. The peglists are generated from words that are easy to associate with the numbers (or letters). Peg lists created from letters of the alphabet or from rhymes are very simple to learn, but are limited in the number of pegs they can produce.

    Further Read

    The Major system, a mnemonic technique used to aid in memorizing numbers which is also called the phonetic number system or phonetic mnemonic system. It works by converting numbers first into consonant sounds, then into words by adding vowels. The words can then be remembered more easily than the numbers, especially when using other mnemonic rules which call for the words to be visual and emotive.

    Further Read

    • http://major-system.info/en/
    • http://artofmemory.com/wiki/Major_System
    • https://litemind.com/major-system/

    The Method of loci, a technique for memorizing practiced since classical antiquity which is a type of mnemonic link system based on places (loci, otherwise known as locations). It is often used where long lists of items need to be memorized. The technique was taught for many centuries as a part of the curriculum in schools, enabling an orator to easily remember a speech or students to easily remember many things at will.

    Further Read

    The Art of memory, a group of mnemonic principles and techniques used to organize memory impressions, improve recall, and assist in the combination and ‘invention’ of ideas. This group of principles was usually associated with training in Rhetoric or Logic from the time of Ancient Greece, but variants of the art were employed in other contexts, particularly the religious and the magical. Techniques commonly employed in the art include the association of emotionally striking memory images within visualized locations, the chaining or association of groups of images, the association of images with schematic graphics or notae (“signs, markings, figures” in Latin), and the association of text with images. Any or all of these techniques were often used in combination with the contemplation or study of architecture, books, sculpture and painting, which were seen by practitioners of the art of memory as externalizations of internal memory images and/or organization.

    Further Read

    Improving :Although maintenance rehearsal (a method of learning through repetition, similar to rote learning) can be useful for memorizing information for a short period of time, studies have shown that elaborative rehearsal(GSStudy is designed to focus more), which is a means of relating new material with old information in order to obtain a deeper understanding of the content, is a more efficient means of improving memory.This can be explained by the levels-of-processing model of memory which states that the more in-depth encoding a person undergoes while learning new material by associating it with memories already known to the person, the more likely they are to remember the information later.

    Further Read

    Mnemonic systems are techniques or strategies consciously used to improve memory. They help use information already stored in long-term memory to make memorisation an easier task.A mnemonic device, or memory device, is any learning technique that aids information retention in the human memory. Mnemonics make use of elaborative encoding, retrieval cues, and imagery as specific tools to encode any given information in a way that allows for efficient storage and retrieval. Mnemonics aid original information in becoming associated with something more meaningful—which, in turn, allows the brain to have better retention of the information.

    Types of Mnemonics

    1. Music mnemonics
    Songs and jingles can be used as a mnemonic. A common example is how children remember the alphabet by singing the ABC’s.
    2. Name mnemonics
    The first letter of each word is combined into a new word. For example: VIBGYOR (or ROY G BIV) for the colours of the rainbow or HOMES for the Great Lakes.
    3. Expression or word mnemonics
    The first letter of each word is combined to form a phrase or sentence — e.g. “Richard of York gave battle in vain” for the colours of the rainbow.
    4. Model mnemonics
    A model is used to help recall information.
    5. Ode mnemonics
    The information is placed into a poem or doggerel, — e.g. ‘Note socer, gener, liberi, and Liber god of revelry, like puer these retain the ‘e (most Latin nouns of the second declension ending in -er drop the -e in all of the oblique cases except the vocative, these are the exceptions).
    6. Note organization mnemonics
    The method of note organization can be used as a memorization technique.
    7. Image mnemonics
    The information is constructed into a picture — e.g. the German weak declension can be remembered as five ‘-e’s’, looking rather like the state of Oklahoma in America, in a sea of ‘-en’s’.
    8. Connection mnemonics
    New knowledge is connected to knowledge already known.
    9. Spelling mnemonics
    An example is “i before e except after c or when sounding like a in neighbor and weigh.

    (The above article is quality checked,copied ,remixed from wikipedia.org )

    Following are some of the Tools you can use to generate Mnemonics 

    • http://spot.colorado.edu/~sonderga/mnemonic.html
    • http://www.mnemonicgenerator.com/
    • http://spacefem.com/mnemonics/
    • http://www.wordfind.com/
    • http://www.wordbyletter.com/
    • https://www.mnemonic-device.com/
    • http://www.phoneticmnemonic.com/
    • https://iancoleman.github.io/bip39/
    • http://www.joglab.com/wordfinder.htm
    • https://www.mnemonic-device.com/music/
    • http://www.mnemonicdictionary.com/

    Spaced Repetition Practice Tools (GSSTUDY Android app soon coming )

    • http://www.cram.com/
    • https://apps.ankiweb.net/
    • http://memorize.com/
    • https://quizlet.com/