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Mapa mental

Development & Learning from Neuroscience

Colleen Rogers Keenan Español

Development & Learning from Neuroscience

Contenido del mapa

Development & Learning from Neuroscience

  1. Attention

    • LOCATION: Frontal Lobe
    • filter through which we see and focus the world around us
    • the brain chooses to focus attention selectively
    • concentration is necessary for neurons to be activated and neural networks to connect
    • the brain needs time to rest and refocus
  2. Memory

    • LOCATION: Hippocampus (Temporal Lobe)
    • Process of 3 stages
      • Coding
      • Storage
      • Retrieval
    • Failure
      • a function of deficiencies in any of the three stages in the memory process
    • Dopamine
      • the brain's chemical reward and is triggered in response to positive feedback during the learning process
      • strengthening the neural connections after repeating a thought or behavior EMBED LEARNING
  3. Language

    • unique capacity of human beings
    • LOCATION: Parietal Lobe
      • Area of Broca
        • Speech production
      • Area of Werniche
        • Comprehension
      • Words are associated with different aras of the brain based on them and meaning
        • Receptive language
    • Foreign language learning can increase brain size
  4. Perception

    • information is received by the brain in the form of nerve impulses, is organized and interpreted
    • Extracting information from the environment
      • Automatic
      • Unconscious
    • nvolves a process of taking information from the outside to organize it in a meaningful way in our interior and, ultimately, to become aware of the world that surrounds us.
    • Sequence of events
      • 1. Stimuli
      • 2. Transmission of information through sensory pathways
      • 3. the perceptive act ends with the response of the subject to the stimulus.
  5. Motor Skill

    • brain constantly performs millions of "calculations" that come from the sensory world to get the muscles placed in the proper configuration to achieve a specific goal
    • Motor Calculation
      • based on our brain's ability to "predict" and "anticipate" the action
      • Conscious thought & unconscious "high-speed computing"
    • Brain learns through movement
  6. Emotion

    • complex states, multidimensional phenomena characterized by four elements:
      • Cognitive
      • Behavioral
      • Physiological
      • Expressive
    • can promote learning by intensifying the activity of neural networks and strengthen synaptic connections.
      • you learn best when a certain content or material have emotional components
        • enhance learning
        • difficult to learn
    • Bran Tonsil in the Limbic System
      • responsible for regulating emotions allowing much more timely learning.

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  • Development & Learning from Neuroscience
  • Development & Learning from Neuroscience
  • Development & Learning from Neuroscience
  • Development & Learning from Neuroscience
  • Development & Learning from Neuroscience
  • Development & Learning from Neuroscience
  • Development & Learning from Neuroscience

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Mapa Mental sobre Development & Learning from Neuroscience, creado por Colleen Rogers Keenan el 08/07/2018.
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