Title: Brain Lateralization and Teaching Applications
1Brain Lateralization Theory Teaching
Applications
Kayla Rich
2Brain Lateralization Theory
- The lateralization theory developed by
Nobel-prize-winners Roger Sperry and Robert
Ornstein helps us to understand our behavior,
our personality, our creativity, and our ability
to use the proper mode of thinking when
performing particular tasks. (1) - Lateralization is when the functions are specific
to one hemisphere of the brain. - The brain is separated into two hemispheres the
right (creative) brain and the left (logical)
brain. - The hemispheres are connected by the corpus
callosum which allows for sharing of learning and
memory between the two. - Each hemisphere of the brain has areas of
specialization. These areas preform unique
functions .
3Split-Brain Experiment
Please click URL at bottom to view video
- Nobel prize winner R Sperry's research
concentrated on what happens when parts of the
corpus callosum, which connects left and right
hemisphere, is cut. (5) - Typical split-brain experiments involve
presenting the subject with two stimuli
simultaneously. These stimuli must be presented
such that one will be processed by the left
hemisphere and the other by the right. Examples
of stimuli could be written words presented to
the visual fields or tactile stimuli on differing
sides of the body. These studies generally reveal
disunities either in behavior or in the
representation of mental constructs. (4)
http//youtube/aCv4K5aStdU
"Everything we have seen indicates that the
surgery has left these people with two separate
minds. That is, two separate spheres of
consciousness" . -Roger Sperry
4The Split Brain Experiment Game
- In this game you perform the classic split brain
experiment used by Nobel Laureate Roger Sperry
when he discovered differences between the right
and left hemispheres of the brain. (3) - Click here to play the game http//www.nobelprize
.org/educational/medicine/split-brain/about.html
5Right Brain(Creative)
Hemispheric Specializations The left and right
hemispheres of the brain are specialized and
process information differently. (Sousa)
Left Brain (Logical)
- Holistic
- Patterns
- Spatial
- Context of language
- Positive Emotions
- Recognizes
- Faces
- Places
- Objects
- Analysis
- Sequences
- Time
- Speech
- Negative Emotions
- Recognizes
- Words
- Letters
- Numbers
6Hemispheric Functions
C O R P U S C A L L O S U m
- Connects to the right side of the body
- Processes input in a sequential and analytical
manner - Time-sensitive
- Generates spoken language
- Does invariable and arithmetic operations
- Specializes in recognizing words and numbers (as
words) - Active in constructing false memories
- Seeks explanations for why events occur
- Better at arousing attention to deal with outside
stimuli
- Connected to the left side of the body
- Processes input more holistically an abstractly
- Space sensitive
- Interprets language through gestures, facial
movements, emotions, and body language - Does relational and mathematical operations
- Specializes in recognizing faces, place, objects,
and music - More truthful in recall
- Puts events in spatial patterns
- Better at internal processing
7Benefits to Understanding Brain Lateralization
- Teachers understand how the brain works and how
to teach to the whole brain - Aid in changing the mold of traditional left
brain teaching in schools and reach the students
who are right brain thinkers. - Enables teachers awareness of their own
neurological strength and weaknesses so they can
adjust where needed and implement hemispheric
unbiased curriculum, instruction, and
assessments. - Allows teaches to identify their students
learning preferences to ensure that all students
needs are being met through all lessons. - Everyone involved benefits this understanding
can benefit anyone and everyone across all grade
levels and subjects.
8Importance of Self Awareness
Please click URL at bottom to view video
Awareness of their own preferred styles can be a
useful tool for teachers do they tend to work
with a particular style? Could other techniques
be used in their teaching? How much are their own
ideas of education influenced by their preferred
styles? For example when asked the question
"What is wrong with education?" a left brained
thinker would typically reply, "Get back to basis
and discipline - get rid of unnecessary frills
like sport and art". A right-brained thinker
would rather suggest cooperative, hands on
educational activities, including integrating
social and creative activities into the whole of
education. And perhaps more importantly how do
they react to students with a different style? (5)
http//www.youtube.com/watch?vcLOzHTlDdiUfeature
player_detailpage
9Care to find out for yourself?
- Various Links to test your brain dominance
- http//testyourself.psychtests.com/testid/3178
- http//www.wherecreativitygoestoschool.com/vancouv
er/left_right/rb_test.htm - http//now.msn.com/right-brain-left-brain-test-see
-if-you-think-like-a-right-brainer - http//www.perthnow.com.au/entertainment/competiti
ons/left-brain-vs-right-brain/story-e6frg46u-11111
14517613
http//youtu.be/ogOAkAqy-T8
10Teaching Strategies
- Discuss concepts both logically (facts) and
intuitively (what if?) - Incorporate individual activities as well as
small and large groups activities - Use mixtures of the big picture and the
details leading up - Present concepts to appeal to different learning
styles - verbal lecture, read, discuss, music (auditory
learner) - visual - concept map, charts, visual aids,
overheard, (visual learner) - Physical - hands-on, experiments, field trips,
role-play, simulations, dance, projects
(kinesthetic learner) - Provide options in completing assignments and
assessments - Design activities and assessments for different
learning styles - Activities that engage all the senses
- Authentic assessments observations, research
paper, speech, PowerPoint, drawing, dance,
diorama, presentations, poem, role- play, group
work etc...
11Left Vs. Right Strategies
The Global Thinker A.K.A. The Right-Brainer
The Left Brainer
- write down directions in a visual area, these
students need sequence - push students to move on if they dont understand
a concept, they can get hung up small tasks - offer information in categories, these brains
need organization - relate the little to the big, constantly. These
students struggle with seeing the whole picture
and need constant connection making - connecting to prior knowledge fills this gray area
- provide outlines if you will be covering a lot
of material (lecture style) offer an outline so
they are able to stick with your sequence - all ages need boundaries be explicit when
providing the beginning and/or ending of an
activity. (Provide timelines when possible) - offer many examples, our brains like to look for
comparisons - supply examples of samples of completed work
(remember they need to see the end in order to
create a sufficient beginning) - Use a timer
- provide many opportunities to think outside the
box
(6)
12References
- http//www.funderstanding.com/brain/right-brain-vs
-left-brain/ - How The Brain Learns Fourth Edition by David A.
Sousa - http//www.nobelprize.org/educational/medicine/spl
it-brain/about.html - (1961) Sperry, R.W., Cerebral Organization and
Behavior. The American Association for the
Advancement of Science. Science (1961). Vol. 133,
No. 3466, - http//singsurf.org/brain/rightbrain.php
- http//functionalteaching.com/global-left-brainers
-and-sequential-right-brainers/