2. A walk across the classroom increases blood flow to the brain by 15%

3. Brain Research is on my radar? A B C D E

4. What’s my interest in Brain-Research? A- Ken…tell me more on the edge of my seat. B- Sounds Kewl man…I’m interested C- This might be okay! D- Please…My plates too full. E- No thanks…It’s just another fad

5. Visual processing Language,writing, hearing Parent Voice Motor memory Spatial and Sensory Thalamus- first stop for sensory information Hypothalamus- monitors internal systems Amygdala- Emotions are processed here Hippocampus- consolidates memories/learning

6. Frontal Cortex and Limbic System The frontal cortex is in charge of creativity, planning, strategizing, decision making and judgment. The limbic system is primarily responsible for our emotional life, and has a lot to do with the formation of memories. Teens use the more than adults for processing responses. Adults rely more on the frontal cortex, which governs reason and planning. Teens use the limbic system more than adults for processing responses. Adults rely more on the frontal cortex, which governs reason and planning.

7. Frontal Cortex and Amygdala

8. We are born equipped with most of the neurons our brain will ever have. Between the ages of 6 and 12, the neurons grow bushier, each making dozens of connections to other neurons and creating new pathways for nerve signals.

9. This info was new to me? A- Wow…What a surprise! B- I had heard this, its good to have confirmed C- I knew this, but it was a good reminder

10. I am going to make make an effort to use this research to change my practice A- Definitely B- I want to…tell me how C- Tell me more…I’m not convinced D- I don’t see how this applies to me

11. Brain-Based Research: factors that dramatically influence learning Engagement: goal-oriented attention and action Input Quality: capacity, flow, chunk size Coherence: models, relevance, prior knowledge Timing: time of day, interval learning Error Correction: mistakes, feedback support Emotional State: safety, state of dependency Repetition: priming, reviewing and revising

12. Attention to a task is crucial for learning –Attention, Emotion and Engagement are linked –Motivation and persistence is a key factor

13. And…our attention is limited

14. Engagement: It’s harder than we “think” Biological relevant stimuli is stronger than curriculum. –Survival instincts: Hunger, safety, breeding –Paying Attention requires that we orient, engage, and maintain independent neural networks. –When stimuli are working, pleasure centers are activated

15. Engagement: When does it happen? When students choose relevant, meaningful learning. When you “capture” learners (limited) attention. When interacting with others in small groups. When glucose levels are at proper levels When threat is minimized

16. Engagement: How do we create it? Provide opportunity for student choice/voice Brevity: Cut the length of focused attention time. The human brain is poor at nonstop attention. Increase interaction among peers. Goal Setting Activated Amines : (the brains uppers) Change activity and focus regularly

17. This info was new to me? A- Wow…What a surprise! B- I had heard this, its good to have confirmed C- I knew this, but it was a good reminder

18. I am going to make make an effort to use this research to change my practice A- Definitely B- I want to…tell me how C- Tell me more…I’m not convinced D- I don’t see how this applies to me

19. Input Quality: It more useful to view the human species as bad at thinking rather than cognitively gifted. –Respect short term memory (the Hippocampus is a surge protector) –Exploit the visual function of the brain

20. Input Quality: In-depth learning requires time for organizing, integrating and sorting new information. We have an enormous lifetime capacity for learning…but on a daily (per task) basis we are very limited. Our brains need processing time

21. Input Quality…quantity Synaptic gap: building new connections for explicit learning happens with in 15 minutes of exposure to new information and continue to strengthen during the next hour.

22. Input : Neurons If the synapse is disturbed before it can be set the memory is lost. The brain must recycle proteins in the neurons during an incubation or settling time. Downtime is essential for the hippocampus to do it’s work of consolidation. Sleep is also essential

23. Input: Suggestions Activities must make meaning and sense Respect the limits of short term memory Brains need rest breaks (settling time). No new learning can happen during settling time. (only practice or discussion) The amount of settling time depends on the content and learner. 2-5 minutes of processing for every 10-15 minutes of instruction.

24. Coherence: Relevance Content will get attention if it is: Emotional, Specific or Novel (not familiar). The brain is good at habituation. Content is more likely to become meaningful to us if we can: –Relate it to familiar, prior information. –Be both active and reflective with it. –Learn it in context

25. Coherence: Prior knowledge Prior knowledge is physical brain matter Prior knowledge fundamentally influences how students gain deep understanding. (word association) Prior knowledge is personal, complex and highly resistant to change. The best way to teach is to build on it.

26. Building Memory Environment Working Memory ? Long-Term Memory ?

27. The Towers of Hanoi Problem: Move the wooden circles from one peg to another without placing a larger circle on a smaller circle.

28. In the inns of certain Himalayan villages is practiced a refined tea ceremony. The ceremony involves a host and exactly two guests, neither more nor less. When his guests have arrived and seated themselves at his table, the host performs three services for them. These services are listed in the order of the nobility the Himalayans attribute to them: stoking the fire, fanning the flames, and pouring the tea. During the ceremony, any of those present may ask another, “Honored Sir, may I perform this onerous task for you?” However, a person may request of another only the least noble of the tasks that the other is performing. Furthermore, if a person is performing any tasks, then he may not request a task that is nobler than the least noble task he is already performing. Custom requires that by the time the tea ceremony is over, all the tasks will have been transferred from the host to the most senior of the guests. How can this be accomplished?

29. Compare the Tasks Environment Working Memory ? Long-Term Memory ?

30. Take 30 seconds to memorize the list on the next slide

31. XCN NPH DFB ICI ANC AAX

32. Count to twenty and write down the list on a sheet of paper in the correct order. How many did you remember?

33. Take 30 seconds to memorize the list on the next slide

34. X CNN PhD FBI CIA NCAA X

35. Count to twenty and write down the list on a sheet of paper in the correct order. How many did you remember?

36. Let’s compare: X CNN PhD FBI CIA NCAA X XCN NPH DFB ICI ANC AAX

37. Environment Working Memory ? Long-Term Memory ?

38. Simply put…thinking requires: 1)Information from the environment 2)Facts in long-term memory 3)Procedures in long-term memory 4)“Space” in short-term memory. (7)

39. The mind is not designed for thinking…and when we can get way with it we don’t! Instead we rely on memory

40. Keys to creating memories… Emotion Attention Repetition Thinking about meaning –How you do this will determine what you remember. (auditory, visual, etc.)

41. Emotional State: safety, state of dependency

42. What’s your fear level when you think of this year? A E

43. This info was new to me? A- Wow…What a surprise! B- I had heard this, its good to have confirmed C- I knew this, but it was a good reminder

44. I am going to make make an effort to use this research to change my practice A- Definitely B- I want to…tell me how C- Tell me more…I’m not convinced D- I don’t see how this applies to me

45. Human mind is exquisitely tuned to understand and remember stories Causality Conflict Complication Character Comprehending requires inferences…forcing you to think about meaning. Stories have causal structure…one thing leads to another Power of Stories

46. The body clock: Ultradian Patterns Our body clock seems to run in 90-110 minute cycles of low to high energy or relaxation to tension. Generally speaking learners will focus better in the late morning and early evening. Physical exercise can trick the body clock.

48. Repetition “Attentive” repetition strengthens (synapse) connections in the brain. Pre-exposure: prepares to brain for future learning through creating background knowledge. Pre-viewing: activates prior knowledge.

49. 1.Emotions affect all aspects of learning, retention, and recall. (novelty seeker) 2.Past experiences always affect new learning. (knowing your students is essential) 3.The brain’s working memory has limited capacity. (hippocampus) 4.Teacher centered instruction usually results in the lowest degree of retention.

50. This info was new to me? A- Wow…What a surprise! B- I had heard this, it’s good to have confirmed C- I knew this, but it was a good reminder

51. I am going to make make an effort to use this research to change my practice A- Definitely B- I want to…tell me how C- Tell me more…I’m not convinced D- I don’t see how this applies to me

52. OKAY…Now put a computer in front of them!

53. Brian-Based learning: Leveraged with technology Engagement: goal-oriented attention and action Input Quality: capacity, flow, chunk size Coherence: models, relevance, prior knowledge Timing: time of day, interval learning Error Correction: mistakes, feedback support Emotional State: safety, state of dependency Repetition: priming, reviewing and revising

54. Engagement: goal-oriented attention and action. Compete vs Partnering

55. Engagement: Strategies Ask for Attention (half mast) Room configuration. Work with the Biology (group work) Ask the important questions –Meaningful –Real/relevant

56. Making Meaning Technology http://www.youtube.com/wat ch?v=rq5tIy_pqXI

57. Make Meaning Make Sense AB CD

59. Novelty Infinite Possibilities

60. Factors that dramatically influence learning: leveraged with technology Engagement: goal-oriented attention and action Input Quality: capacity, flow, chunk size Coherence: models, relevance, prior knowledge Timing: time of day, interval learning Error Correction: mistakes, feedback support Emotional State: safety, state of dependency Repetition: priming, reviewing and revising

61. Input Quality: capacity, flow, chunk size Use visuals when ever possible Limit the surfing –Point them in the right direction. Limit the information per class/day Teach tagging and social book-marking

62. Factors that dramatically influence learning: leveraged with technology Engagement: goal-oriented attention and action Input Quality: capacity, flow, chunk size Coherence: models, relevance, prior knowledge Timing: time of day, interval learning Error Correction: mistakes, feedback support Emotional State: safety, state of dependency Repetition: priming, reviewing and revising

63. Coherence: models, relevance, prior knowledge Graphic Organizers Choice = Relevance

64. Factors that dramatically influence learning: leveraged with technology Engagement: goal-oriented attention and action Input Quality: capacity, flow, chunk size Coherence: models, relevance, prior knowledge Timing: time of day, interval learning Error Correction: mistakes, feedback support Emotional State: safety, state of dependency Repetition: priming, reviewing and revising

65. Timing: time of day, interval learning Take technology breaks Get out of the building Get out of the seat Look at the day –Human clock

66. Factors that dramatically influence learning: leveraged with technology Engagement: goal-oriented attention and action Input Quality: capacity, flow, chunk size Coherence: models, relevance, prior knowledge Timing: time of day, interval learning Error Correction: mistakes, feedback support Emotional State: safety, state of dependency Repetition: priming, reviewing and revising

67. Error Correction: feedback Emotional State: safety Peer Editing Building of strengths Building their passion

68. Factors that dramatically influence learning: leveraged with technology Engagement: goal-oriented attention and action Input Quality: capacity, flow, chunk size Coherence: models, relevance, prior knowledge Timing: time of day, interval learning Error Correction: mistakes, feedback support Emotional State: safety, state of dependency Repetition: priming, reviewing and revising

69. Computer Gaming Online flashcards Online tutors

70. Questions