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2012年7月2日 星期一

Is Your Child's Brain in Sync? Four Ways to Wire Their Brain For Success


Two new studies appearing in the Proceedings of the National Academy of Science and earlier reports say that brain activity is as equally linked to schizophrenia as it is to skillful meditation.

Dr. Mel Levine, MD in his workshops which focus on the learning process advocates a non-labeling approach that pinpoints and manages the students specific weaknesses and strengths in such a way that does not stigmatize them or oversimplify them.

Dr. Paul Foxman, in his well known book, Dancing with Fear ( 2007) looks at the relationship that anxiety plays in our society.In all of these studies we are realizing the power our brain has to derail our perceptions and thoughts and make our life uneasy or to foster healthy perception and help us to achieve a richer inner life experience.

Results from the above mentioned studies indicate that our brain is a complex community. All the members of this community are cells and as such are active as is reflected in their electrical discharges. How these discharges occur contribute to the different experiences we have in our daily life. EEG recordings back up this study of the brain by reporting on the rate and intensity at which cells on the brain's surface send messages. Some brain waves for example, the gamma ones, send their messages at around 40 times a second. Wow!

According to researchers at the University of Wisconsin, gamma activity expanded across the brain during meditation but according to psychiatrist Robert W. Mc Carley of Harvard, the absence of gamma activity can cause dysfunctional neural activity and schizophrenic symptoms.

As we learn more about the power and function of our brain we can then apply some very simple activities that will make our daily life better, our children less anxious and learning the positive enjoyable experience it should be.There will be much more study on this subject as more and more educators have to deal with children experiencing learning difficulties.

I know as a Structure of Intellect practitioner and a certified Life Management Skills Leader that the brain has to have the precise rhythm and timing to effectively process information, perception , memory and consciousness. In other words kids and adults learn better and feel better when their brain is in balance. I train the brain before I ask it to work. Through a sensory integration program, my students use a ball and a balance board to create rhythm and precise timing in the brain. I am then able to use their intellectual strengths to help train their weaknesses. It's beautiful and it works!

Here are some tips you can try at home to prepare your child for the best learning experience:

1) Create a space for studying. It should be quiet with 60 beat music playing in the background. The brain self-organizes better when it listens to Vivaldi rather than pop music.

2) Give your child a protein snack before or during homework time. Avoid sugar or foods known to be allergens. These foods break up concentration and focus.

3) Do some brain gym exercises before homework time. Any of the cross-patterning where you touch your left hand to your right knee and visa-versa will stimulate both right and left hemispheres.

4) Ask your child to hold their breath for 5 to 10 seconds actually re-energizes our brain's electrical patterns and clears brain fog quickly.

When I use these simple techniques with my students I've seen great results in their ability to prepare for a quiz, an exam or study time. When the brain's timing and rhythm are restored to a healthy balance, depression, anxiety and learning disabilities are healed and they make advances in reading, writing and arithmetic.

As an education coach, I am thankful for the above mentioned studies on brain function. It helps all of us understand more about how we learn and even more importantly gives us new approaches to try at home and in the classroom. We are finding out that we can become super learners while being balanced and calm in our everyday life.

Joan Gibson




Joan Gibson

Optional Title: Four Ways To Train Your Child's Brain For Success.

[http://www.joangibson.ca]





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2012年1月14日 星期六

Three Golden Rules for Communication Success


Have you been passionate about communicating something important to others, but have not received the acknowledgment, attention and outcomes you envisioned? Three "golden rules" for communication success are neuroscience-based methods that draw people into engaging with you and improve the probability of reaching win-win outcomes. They engender respect, build trust and improve relationships.

Golden Rule #1: People do things for their reasons, not for yours.

The brain only engages with listening, observing, thinking and action when a value component is present. The value can be feeling important, being needed or reaching out and helping someone because it's the right thing to do. It may be intellectual curiosity, solving a nagging life problem or acquiring a physical possession. The reason is irrelevant. Any reason the brain deems valuable gets the brain's attention. If you don't know the "hot buttons" of a person or group, try using phrases like: "I have a problem and need your help." "Will you take a look at a situation that may change your life for the better?" "Is this a good time to ask your opinion about something that may interest you?" Make sure the "attention getter" has integrity, serving the best and highest interests of the person or group you are addressing.

Golden Rule #2: Do it the Socratic way.

Provide information with a minimum of "telling." Maximize asking questions that draw the person into the communication process, thus encouraging an exchange of information and insights, rather than a one-sided monologue. Questions expand insights and integrate knowledge into common understanding, consensus, solutions and pathways to positive action. Asking Socratic questions is a life skill that anyone can learn. You can start the process now by beginning conversations and presentations with "what, why, when and how." Everyone learns with this method and you can be the facilitator of this dynamic and fun learning process.

Golden Rule #3: Communicate on the wavelength of your audience or listener

Visual Learners Need: Visual media, key written points, pictures, graphics, images, color, clutter-free environment

Kinesthetic Learners Need: Physical or hands-on experiences, comfort, freedom to move about, frequent breaks

Auditory Learners Need: Clarity of words, attentive listening, ability to ask questions, quiet environment

Sequential Thinkers Need: Logic, order, particulars, realism, practicality, data, schedules, content

Global Thinkers Need: Possibilities, options, generalities, open-ended, big picture, context

These "golden rules" for communication success are neuroscience principles available to everyone interested in positive outcomes for all parties. People engage when subjects are important and valuable to them, not necessarily to you. Therefore, you must provide reasons for them to interact with you and the subject. Inclusiveness, rather than exclusiveness is the operative word. Asking open-ended questions with a minimum of telling is an ancient Socratic principle of learning, more recently discovered to be based in neuroscience. Communicating on the wavelengths of others enables them to take in, process and gain understanding in the minimum amount of time.




It is essential in personal and business relationships to communicate on each other's sensory and cognitive thinking "wavelengths." This builds rapport and saves valuable time. Find comprehensive tools to improve communication effectiveness with anyone by 25% to 40% or more at http://www.brainpathways.net. You'll also find free resources like the Brain PathWays Blog and Free Daily Messages From Your Brain. Stephen Hager is a lifelong learner, scientist, author, speaker and teacher. Along with Deanna Phelps, he is the co-creator of brain-based human development products. Their goal is to help people live better and more peaceful lives through the "power within." Since 1992, Deanna and Stephen have been developing practical neuroscience solutions for better communications, clearer thinking, faster learning, higher productivity, stress management and creative problem solving. Everything they have learned from 20 years of research and working with people is incorporated in the comprehensive and individualized Brain PathWays 14-page report. Brain PathWays is the most advanced and value packed neuroscience system available anywhere.





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2012年1月11日 星期三

No Child Left Behind - Developmental Steps to Success


No Child Left Behind school performance mandates have compelled educators to find the most effective ways to help developmentally challenged students overcome their learning difficulties and meet NCLB testing standards. Successful practices supported by body and brain research have emerged. Listed below are proven steps that help students achieve their learning potential, and gracefully meet No Child Left Behind goals.

NCLB Step: Integrate primitive reflexes. Learning is more difficult when clusters of prenatal and infant primitive reflexes go unintegrated. These survival reflexes automatically control the muscles; they are supposed to be replaced with postural reflexes giving voluntary control over movement. When left unintegrated, primitive reflexes make writing, reading, spelling and math more difficult. Symptoms resulting from retained reflexes include tight pencil grip, torn papers, poor penmanship, letter reversals, incessant wiggling, slouching, clumsiness, restlessness, lack of focus, attention deficit, erratic eye control, and more. Neurostimulation activities can integrate aberrant reflexes, helping students reach No Child Left Behind goals more effortlessly.

NCLB Step: Fully develop movement patterns. Children need to build a strong neurological foundation upon which learning can be built. Putting infants on their tummy frequently during waking moments strengthens a baby's reaching, rolling, crawling, and creeping. Don't rush this; allow plenty of time for neural networks connecting both sides of the brain to strengthen - these pathways will eventually be used for reading, writing, talking, and spelling. Replace television and inactive playtime with frequent, full-bodied movement activities, leading to NCLB mastery.

NCLB Step: Fortify the vestibular system. Located in the inner ear, vestibular structures connect to the eyes, ears, tactile, muscle/joint, and attentional systems. Lack of frequent stop-and-go activities, rolling, spinning, bouncing and balancing weaken this vital system, resulting in many learning challenges. Students with a 'hypo slow' vestibular system may have a sluggish attentional system, lack muscle tone to sit still, and weak visual and auditory processing skills essential for reading. At times they require big, bouncy, angular movements to fully attend. Students with a 'hyper fast' vestibular system are easily overwhelmed visually and auditorily. They may need to calm themselves with walking, rocking, or swinging. A weak vestibular system and learning disabilities often go hand-in-hand. Neurostimulation through frequent, intense, enduring activities strengthen the system, helping students reach NCLB goals.

NCLB Step: Strengthen sensory input. Initial learning arrives to the brain through the senses. Enhancing this neural delivery system through art, music, sports, play, drama, and other sensory activities will help students sharpen visual acuity and auditory processing skills required for reading, writing, spelling and math. Students having problems receiving, perceiving, and responding to sensory input, require organized sensory integration activities designed to bolster their senses, allowing them to best achieve NCLB learning goals.

NCLB Step: Reinforce motor output. Academic performance skills such as writing, reading, talking, and keyboarding all require a fine-tuned muscular system. Motor planning activities (e.g., hopscotch, sport skills) improve children's ability to follow directions and solve problems. Hand-eye activities (e.g., catching a ball, assembling a puzzle) enhance the visual spatial system involved with spelling. Sequenced movements (e.g., Macarena dance) engage the cerebellum, strengthening automatic brain pathways needed to build implicit NCLB performance skills.

NCLB Step: Prime the body/brain. Pump neurochemicals that energize and calm the mindbody, creating optimal learning states. Large muscle movements create dopamine, a chemical essential to paying attention and carrying out frontal lobe functions needed to think. Serotonin, endorphin, adrenalin, and other chemicals can be produced through heightened physical activity to create feelings of well-being, raising focus, attention, motivation, and long-term memory. It has been estimated that 98% of the chemicals used by the brain to regulate feelings and manage cognition are produced within the body. Physical movement pumps these chemicals to the brain through the blood stream. Invigorated and focused - students have greater energy to pursue NCLB goals!

NCLB Step: Provide ample downtime. Essential! Learning consists of creating new synaptic connections between body/brain cells. These tiny gaps require downtime to fully adhere to the neurons they connect to. Balancing study time with downtime strengthens these new neural pathways. Reducing curriculum helps cut pack n' stack, piling on facts, always staying on task. More art, music, theatre, physical education, and other enriching downtime activities also help strengthen synapses, allowing students to master academics well beyond NCLB standards.

NCLB Step: Make leaning enjoyable! Many educators serious about reaching NCLB mandates have reduced leisure time learning activities allowing students to fully cultivate personal interests. Lock-step learning and hard discipline used to maintain control have reduced joyous, creative, celebrated learning. Making learning fun and relevant sparks the brain's pleasure-reward circuits. Motivation increases, helping keen students reach NCLB learning goals with maximum effort.

Summary: Achieving No Child Left Behind mandates requires developmental and motivational approaches, helping the most challenged students resolve their learning difficulties through well-planned physical activity. Integrating primitive and postural reflexes, building the vestibular, sensory and motor systems, and creating ideal learning states using downtime, primetime, and enjoyable activities will build new, durable body/brain networks, helping students reach their learning potential and achieve NCLB goals in the most pleasant, vibrant, and fulfilling ways.




Author: Jeff Haebig travels the country, shake, rattle, n? showing how movement is integral to building learning success. His work is featured on http://www.BrainBoogie.com





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