MindMap Gallery Brain Reading Table of Contents
This book explores in depth how reading ability is formed in the human brain from a scientific perspective. Introduces the characteristics of the brain and the rules of reading.
Edited at 2024-04-06 06:00:09Ce calendrier annuel, créé avec EdrawMax, présente une disposition claire et organisée des mois de janvier à décembre. Chaque mois est affiché dans un cadre distinct, montrant les jours de la semaine et les dates correspondantes. Les weekends (samedis et dimanches) sont mis en évidence pour une meilleure visibilité. Ce format est idéal pour la planification et l'organisation des activités tout au long de l'année, offrant une vue d'ensemble rapide et facile à consulter.
This quarterly calendar overview for 2026, created with EdrawMax, presents a structured and colorful layout of the entire year divided into four quarters. Each quarter is displayed in a separate column, showcasing the months within that quarter in a clear grid format. The days of the week are labeled, and each date is marked within its respective cell, allowing for easy identification of dates across the year. This calendar is an excellent tool for long-term planning, providing a comprehensive view of the year at a glance.
This weekly calendar for 2026 is designed using EdrawMax to provide a detailed and organized view of each week, starting from January. The left side features a mini monthly calendar for quick reference, highlighting the current week in yellow. Below it, there's a section for weekly goals to help prioritize tasks. The main area is a time-grid from 6:00 AM to 12:00 AM, divided into half-hour slots, allowing for precise scheduling of daily activities throughout the week. This layout is ideal for managing a busy schedule efficiently.
Ce calendrier annuel, créé avec EdrawMax, présente une disposition claire et organisée des mois de janvier à décembre. Chaque mois est affiché dans un cadre distinct, montrant les jours de la semaine et les dates correspondantes. Les weekends (samedis et dimanches) sont mis en évidence pour une meilleure visibilité. Ce format est idéal pour la planification et l'organisation des activités tout au long de l'année, offrant une vue d'ensemble rapide et facile à consulter.
This quarterly calendar overview for 2026, created with EdrawMax, presents a structured and colorful layout of the entire year divided into four quarters. Each quarter is displayed in a separate column, showcasing the months within that quarter in a clear grid format. The days of the week are labeled, and each date is marked within its respective cell, allowing for easy identification of dates across the year. This calendar is an excellent tool for long-term planning, providing a comprehensive view of the year at a glance.
This weekly calendar for 2026 is designed using EdrawMax to provide a detailed and organized view of each week, starting from January. The left side features a mini monthly calendar for quick reference, highlighting the current week in yellow. Below it, there's a section for weekly goals to help prioritize tasks. The main area is a time-grid from 6:00 AM to 12:00 AM, divided into half-hour slots, allowing for precise scheduling of daily activities throughout the week. This layout is ideal for managing a busy schedule efficiently.
Reading in the brain: cracking the mystery of human reading Stanislas Dieng
Introduction The New Science of Reading
how we read
Eyes: bad scanner
looking for constancy
magnify the difference
Every word is a tree
sound of silence
limitations of sound
The logic behind the English spelling system
Transparent spelling is an impossible dream
Two channels of reading
mental dictionary
devil's gathering
parallel reading
Active letter decoding
Collaboration and Competition in Reading
From behavior to brain mechanism
Alphabet Box in the Brain
The Discovery of JosephJules Dejerine
pure alexia
Uncovering the Mysteries of Brain Injury
Modern brain injury research
Uncovering the secrets of brain reading
Reading is universal
collection of visual preferences
How fast can we read?
electrodes in brain
position constancy
subliminal reading
How culture shapes the brain
Chinese reader’s brain
Japanese and Japanese two characters
Outside the "alphabet box area"
sound and meaning
From spelling to phonetics
The meaning of words is clear
brain surge
Brain limits on cultural diversity
Reading and Evolution
The reading ape
monkeys and humans
Neurons responsible for identifying objects
grandmother cells
The alphabet in the monkey brain
Archetypal letters
shape acquisition
learning instinct
Repurposing neurons
The birth of culture
reading neurons
bigram neuron
neuron word tree
How many neurons are responsible for reading?
Simulating the reader's cerebral cortex
Cortical preferences affecting reading
The invention of reading
Three simple and profound conclusions about the neuron recycling hypothesis
1. The evolution process of writing. If our brains have different limitations for different cultures, then writing systems from ancient times to the present should show some cross-cultural laws, and these laws will eventually be reflected in the limitations of the brain.
2. The evolution of human abilities. The mastery of writing and reading has greatly increased the memory capacity of human beings, and also effectively promoted communication between people, but this development may also come at a price. If there is a competitive relationship between the learning of old and new cultures, then when we learn to read, do we lose other abilities?
3. Gain from reading. The neuron reuse model predicts that differences in the difficulty that children experience when learning to read are likely to be related to the different requirements for the number of reused neurons, and may also be related to whether the teaching method is adapted to neural networks.
Common features of writing systems
The golden stage in the development of writing systems
Artificial signals and natural shapes
historical precursors of writing
From counting to writing
Limitations of Hieroglyphics
Pinyin text: a giant leap
Vowels: "The Mother of Reading"
Reading and learning
The birth of future readers
three steps to reading
Gradually develop phonemic awareness
Shapes and sounds: the chicken and egg problem
glyph stage
The brain of a young reader
illiterate brain
What do we lose by reading?
When the letters are colorful
From neuroscience to education
Reading battle
The myth of whole-word reading
Reading time does not depend on word length
Recognizing whole words is faster and more efficient than recognizing individual letters
We read lowercase letters slightly faster than uppercase letters
Typographical errors that conform to the general outline of a word are harder to detect than typographical errors that break the general outline of a word
The ineffectiveness of whole language teaching methods
Some suggestions for educators
dyslexic brain
What is dyslexia?
speech defects
Physiological coherence of dyslexia
Primary suspicion: left temporal lobe
Migration of neurons
Dyslexic mice
The genetics of dyslexia
overcoming dyslexia
Reading and symmetry
When animals confuse left and right
Evolution and symmetry
Symmetry perception and brain symmetry
Modern day followers of Dr. Orton
Pros and Cons of Brain Symmetry
Single cell symmetry
Symmetrical connection
underlying symmetry
Break the mirror
Broken symmetry, or hidden symmetry?
Symmetry, reading, and neuronal repurposing
A surprising case of mirror dyslexia
Start the reading journey of Neuron
Cracking the paradox of reading
universality of cultural forms
Neuronal repurposing and brain modules
A preliminary study on cultural constancy
natural science
math
Art
religion
Why only humans have culture
Uniquely human plasticity?
read other people's thoughts
Whole brain neuron working area
Conclusion: The future of reading