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Montessori: The New Science behind a Century-Old Methodology (part I) - Learning and the Brain blog

Montessori: The New Science behind a Century-Old Methodology (part I) - Learning and the Brain blog | E-Learning-Inclusivo (Mashup) | Scoop.it

From Learning and the Brain June Newsletter"


"Maria Montessori described observing children in a traditional classroom as being tantamount to an entomologist observing dead insects pinned to a board, “where the spontaneous expression of a child’s personality is so suppressed that he is almost like a corpse, and where he is so fixed to his place at a desk that he resembles a butterfly mounted to a pin” (Montessori, 1967b).

Despite her observations taking place around the turn of the 20th century, they sound eerily familiar. Even over a century ago, she acknowledged that in order to best learn, children need a certain freedom in order to explore their interests and take ownership over what they are doing.

Presumably motivated by the discrepancy between reality and practice, she developed an approach to education. Initially working with children with learning difficulties, and later with children between the ages of 3 and 6, Maria Montessori–who first studied medicine–developed her approach almost completely through careful observation of the way in which children interacted with their environment.

Montessori’s insights about the way children learn and develop were not confirmed by science until many years later. In a book, Montessori: The Science Behind the Genius, Angeline Stoll Lillard (2005) outlines the eight principles incorporated into Montessori Education and provides the evidence base supporting each one. The principles are:

- movement and cognition are intertwined
- students should have a sense of control
- interest improves learning
- extrinsic rewards hinder intrinsic motivation
- learning from and with peers
- learning should be contextualized
- optimal adult-child interactions
- order in the environment"


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Neuromyth or Neurotruth? - Learning and the Brain blog blog

Neuromyth or Neurotruth? - Learning and the Brain blog blog | E-Learning-Inclusivo (Mashup) | Scoop.it

The Wonderful World of Teaching, by Joe Wolf 


"In the spirit of April Fool’s Day, I thought it would be fun to consider several of the false — even foolish — beliefs that people often have about brains. Take a look at the six statements below and judge whether each is true or false – a learning fact or a learning myth. Then, after the brain break in the middle of the article, check out the answers. Enjoy.

Hemispheric dominance in the brain means some people are dominantly left brained (more analytical), while some are dominantly right brained (more creative)
Some people are kinesthetic learners, some are auditory learners, and some are visual learners.
Lecture is an outmoded form of teaching
Male and female brains are significantly different
Typing notes in class is just as effective as handwriting them
Rereading notes is a good way to prepare for a test, so teachers should actively coach this skill"



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Curiosity changes the brain to enhance learning

Curiosity changes the brain to enhance learning | E-Learning-Inclusivo (Mashup) | Scoop.it
The more curious we are about a topic, the easier it is to learn information about that topic.

 

From Learning & The Brain Society:

Curiosity changes the brain to enhance learning

Medical News Today

  

New research published online in the Cell Press journal Neuron provides insights into what happens in our brains when curiosity is piqued. Investigators discovered that curiosity motivated learning, and increased activity in the hippocampus, a brain region that is important for forming new memories, as well as increased interactions between the hippocampus and the reward circuit. "So curiosity recruits the reward system, and interactions between the reward system and the hippocampus seem to put the brain in a state in which you are more likely to learn and retain information, even if that information is not of particular interest or importance," explains principal investigator Dr. Charan Ranganath.


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6 Targets To Teach The Way The Brain Learns

6 Targets To Teach The Way The Brain Learns | E-Learning-Inclusivo (Mashup) | Scoop.it
6 Targets To Teach The Way The Brain Learns

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Why Do Schools Stifle Kids' Movement?

Why Do Schools Stifle Kids' Movement? | E-Learning-Inclusivo (Mashup) | Scoop.it
Children acquire knowledge by acting and then reflecting on their experiences, but such opportunities are increasingly rare in school.

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Releasing the Brakes for Learning

Releasing the Brakes for Learning | E-Learning-Inclusivo (Mashup) | Scoop.it

Example of a dendrite of a principal neuron (white) and synaptic contacts (yellow arrowheads) from SOM1 interneurons. Credit Friedrich Miescher Institute for Biomedical Research.


Researchers discover learning processes in the brain are dynamically regulated by various types of interneurons.

 

Learning can only occur if certain neuronal “brakes” are released. As the group led by Andreas Lüthi at the Friedrich Miescher Institute for Biomedical Research has now discovered, learning processes in the brain are dynamically regulated by various types of interneurons. The new connections essential for learning can only be established if inhibitory inputs from interneurons are reduced at the right moment. These findings have now been published in Nature.


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