The Science in Magic

By Amy Jacobs, Saturday Enrichment Program Instructor, Center for Talent Development

The Science in Magic

What is it about magic that makes it so appealing to us? A good magic trick transports us back to that place in our lives when everything was filled with wonder. We wonder how the magician did their trick; it seems impossible, yet we saw it with our own eyes!

Have you ever wondered how a magician could pull a tablecloth off a table without spilling a drop of milk? What about the magician who pours a glass of milk into the newspaper and then, “poof” there’s no liquid there? Wouldn’t it be exciting to make a paperclip dance or inflate balloons with just a flick of the wrist?

The truth is that good magicians are masters of distraction and redirection; however, they also must have an understanding of various principles of science. But why is it necessary to understand scientific principles to properly create magic tricks?

To be successful, magicians must learn how to manipulate the physical world so that they can create the illusion of magic for you.

Science in magic is a topic I will explore with students in grades 4 through 6 at CTD’s June 29 Opportunities for the Future Conference for gifted students and their families. While workshop participants won’t emerge as the next Houdini, students will come away with a better idea of States of Matter, Gravity, Surface Tension, Magnetism, and Optical Illusions. Just understanding these scientific principles will help aspiring magicians create some remarkable effects.

To whet your appetite here is a sample of the type of “magic” tricks we will learn to perform.

Amazing powerful water!

Materials:

  • Large glass
  • Water
  • Index card
  • Towel (just in case…)
  • A volunteer who doesn’t mind the risk of getting a little wet.

Steps:

1) Fill the glass about 2/3 full of water. Tell the audience that using an index card we will flip the glass over and not spill a drop!

2) Show the audience the index card. Place the index card over the top of the glass, completely covering it. Ask for a volunteer who is willing to risk having the glass of water flipped over their head.

3) Holding our palm over the top of the glass and the card, we quickly flip the glass over and take our hand away from the index card. If we have done the trick correctly (and I’m confident we will) the volunteer will not get wet. How it works: In addition to water, there is air in the glass. Both air and water exert pressure. The air outside the glass will be pushing up on the index card with more force than the water in the glass is pressing down.

Science is magical and magic is science. There are great lessons and “ah-has” to be gained by exploring the world of science through the fun and surprising realm of magic.

The CTD Opportunities for the Future Conference, taking place on the Evanston, Illinois campus of Northwestern University, offers stimulating workshops and presentations designed to help gifted students and their parents plan for the future. Adults attend a keynote address and subsequent presentations while students in grades 4 through 12 enjoy interactive workshops that focus on interesting fields of study and future career paths. Children age 4 through grade 3 are invited to participate in supervised activities while family members visit sessions. Full information about the conference is on the CTD website.

Amy Jacobs has been an instructor for CTD’s Saturday Enrichment Program since 2010 and is teaching a course for CTD’s 2013 Summer Program. She is an author on topics in education and an adjunct professor at College of Lake County.

Students Design New App for Allergies

“STEM,” an acronym for Science, Technology, Engineering and Mathematics, continues to be a hot topic in politics and education. The blog Mind/Shift shared a post on schools that are introducing new activities to immerse students in the STEM and STEAM (the “A” is for Arts) fields.

Several schools took matters into their own hands – or phones, rather – by involving students in the Verizon Innovative App Challenge. The competition challenged students to address a need or problem in their school or community through the creation of an original app. Students at Hampstead Academy, one of eight winners, designed an app to identify ingredients users are allergic to in their foods. They are now working to develop their product and will release it into the “real world” to help people.

Read the full article here!

Do you know any schools or students engaging in “real world” projects? What other projects apply STEM concepts to social issues?

Understanding Student Achievement

D. Betsy McCoach

D. Betsy McCoach, PhD

by Drs. D. Betsy McCoach and Del Siegle

Why are some children willing to tackle new challenges, while others seem insecure or uninterested? What can parents do to promote an achievement-oriented attitude?

Many factors contribute to achievement, and motivation is one important component. What have we learned about motivated students and their achievement-oriented attitude? Three things stand out:

  • Motivated students find value in their school experience and believe their work will produce beneficial outcomes.
  • They believe they possess the skills necessary to be successful.
  • They trust their environment and expect they can succeed in it.

    Del Siegle, PhD

    Del Siegle, PhD

When students value the activity in which they are engaged, see the outcome as beneficial and have positive perceptions of themselves and their opportunities for success, they are more likely to implement self-regulation behaviors, set realistic expectations, and apply appropriate strategies for success.

Children need support and encouragement to pursue their interests and passions. Providing this encouragement is an important role for educators and parents. Adults can help students see the value in the work they are doing, believe in themselves and their abilities, learn to trust that their environment will support their productivity and set realistic expectations. Early development of achievement-oriented behaviors will help young people lead productive, fulfilling lives.

We look forward to discussing this issue and what parents can do to promote an achievement-orientated attitude during CTD’s Opportunities for the Future Conference on June 29.

D. Betsy McCoach and Del Siegle are scholars in the field of gifted education. Dr. McCoach is an associate professor in educational psychology and in the Measurement, Evaluation and Assessment program at the University of Connecticut. Dr. Siegle is the Head of the Department of Educational Psychology at University of Connecticut, where he teaches in gifted and talented education.

Problem-Based Learning and Gifted Students

by Anne Hayden Stevens, Creative Studies Coordinator, Center for Talent Development

Early this spring, I set out on a project with my two children decorating our windows for Easter. We had a simple plan: painting big colored eggs on paper, and hiding them in a strip of paper grass that would line the bottom of the window. As I gathered materials for this activity and we discussed execution, it became clear that my daughter and son had very different ideas about how it should be done. She was impatient to get started with her plan, while he really wanted us to see and understand his idea. After some negotiation, my son drew out his concept and described it to us, we discussed our options, and we agreed to incorporate both ideas into the design.

Grappling with questions is the essence of problem based learning and design thinking. Students are challenged with an open-ended problem—one that can be solved many different ways. Problems like this mirror real life. While initially we scaffold students with examples, specific rubrics and outcomes, research is showing that students are better prepared for college and the workplace when they are faced with open-ended problems early and often.

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A student and parent working on executing a student sculpture concept in Math, Physics & Sculpture, a Creative Studies course in CTD’s Saturday Enrichment Program.

For our gifted students, we know that standard rubrics and outcomes can function like the ceilings our students often hit on tests. Specified, grade-level outcomes do not challenge these students enough. They can achieve excellent grades, but are they grappling adequately with the work? Open-ended problems allow learners, and gifted learners in particular, to push themselves.

It has been two years since the Center for Talent Development at Northwestern University started implementing Creative Studies courses, which ask questions like the ones asked in this article about Poetry and Robotics on PBS’s Mind/Shift blog. How can we integrate content area learning (Language Arts, Math, and Science) with the technology and design contexts that students will face in their college and professional lives? We have developed courses based on a STEM to STEAM model, which pairs the rich content of the traditional disciplines with studio-based experiences like art and design.

The benefits of these programs to gifted students are many. First, gifted students need contexts in which to share and debate their ideas. Our students have no shortage of background knowledge and grand plans, and gifted enrichment programs exist to challenge and engage these interests. ‘Studio Time’, in which students explore an open-ended design challenge, is the most popular component of our Creative Studies courses.

Second, our Creative Studies model creates a studio experience for the gifted student where they can plan, negotiate and create without ceilings or boundaries. Students have to try out their ideas, fall short, and re-approach the problem. Finally, students who have visual and spatial talents can explore them in tandem with rigorous content area exploration. Experience and research are demonstrating that hands-on experiences can cement content knowledge acquisition better than traditional testing methods.

Where else can we expose our students to open ended problems to cultivate ideation and experimentation? The key benefit of pairing Robotics and Poetry is novelty, in the best sense. Students are challenged to innovate.  Students are creating something new, which, in the context of traditional school curricula that tend to cycle every year, is radical. This builds a space of possibility where the unpredictable can occur. New problems don’t have ceilings or boundaries. Every unanswered question, each political or environmental challenge, is an opportunity for problem based learning. These are the questions that keep our gifted students on the edge of their seats in a discussion, or bent over a model for hours at a time. Our mission is to engage students throughout their academic career with new and exciting problems.

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The author’s son executing his window design.

CTD is offering a number of Design Studio courses in our Summer Programs such as Math Studio in our Leapfrog program for children age 4 through grade 3, Graphic Design through Visual Communication, Design Studio and Design Entrepreneurs, in partnership with the Segal Design Institute at Northwestern University for older students.

Anne Hayden Stevens is the coordinator of CTD’s Creative Studies strand and an instructor in the Saturday Enrichment, Gifted LearningLinks, and Leapfrog programs. She has an MA in Visual Studies from the University of California at Berkeley and a BFA in Printmaking and Drawing from California College of the Arts.

Bring World Science To Your Kitchen Table

How does a high school student in Chicago, Illinois operate a sophisticated Geiger counter housed in a laboratory in Queensland, Australia?  Through the wonder of technology and the advent of remote science labs.

Most high schools don’t have the resources to provide elaborate science laboratories.  The iLab Network, developed by Northwestern University’s Office of STEM Education Partnerships (OSEP), allows students to conduct their own experiments remotely with actual world-class laboratory equipment.

At the CTD Opportunities for the Future Family Conference on June 29, students in grades 7 and 8 can enjoy hands-on experience with an iLab.  Students who opt to attend the remote science lab session will access and operate that Geiger counter in Australia. They will learn basics about radioactive elements then design and run multiple trials of an experiment.

iLabs are a prime example of how technology is impacting education and the vast resources it opens up especially for gifted students in need of additional challenge.

Recently, Northwestern University’s Office of STEM Education Partnerships received the 2013 Innovations in Networking Award for Educational Applications for its iLabs Network Program.  You’ll find a compelling description of the labs in this article: A Paradigm Shift in the Way Students Experience Science Labs.

The CTD Opportunities for the Future Conference, taking place on the Evanston, Illinois campus of Northwestern University, is open to gifted students and their parents. Adults attend a keynote address and subsequent presentations while students (grades 4 – 12) enjoy interactive workshops that focus on interesting fields of study and future career paths. You’ll find full information about the conference on the CTD website.

Join our Summer Conference Facebook event here!

Strategic Game Plan

by Ann Gadzikowski, Early Childhood Coordinator, Center for Talent Development

Monday Night Games were big at CTD this winter.  6pm found a group of energized CTD staffers gathered around the conference table, immersed in games of strategy.  The goal was to figure out how and why such games might impact exceptionally bright third grade students.

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CTD staff combine work with play as they experience the challenge of strategy games during one of several Game Nights.

Strategy games will be introduced this summer through the CTD Leapfrog program. Leapfrog is for children age 4 though grade 3 who demonstrate strong math or verbal ability.

Talent Talk recently sat down with Ann Gadzikowski, Early Childhood Coordinator at CTD. She described the approach to developing the strategy games course and offered some overall guidelines on selecting summer learning activities for young gifted students.

Explain the approach to Leapfrog course development, using the new strategy games offering as an example.

ANN:  There are differences between the traditional American board games many of us grew up playing, such as Monopoly, and what’s known as “Euro-style” games, such as Settlers of Catan. The latter tend to be more complex, with more variables.

For example, in Euro-style games players usually earn victory points based on different measures of success, such as the ability to compile resources or build a long road. We recognize that these complex game structures work well for gifted learners because the children are challenged to develop sophisticated strategies without the pressure of a “winner-take-all” type outcome.

Part of the course development process involved CTD staff members sampling the Euro-style games. Throughout the winter, on the first Monday of the month, CTD staff members were invited to a participate in “Game Night.” We ordered pizza and snacks and enjoyed playing the games together.

For me, one of the most interesting things that came out of Game Night was that we, as adults, got to experience what it feels like to learn something completely new. None of us had previous experience with the games. We had to read the instructions, experiment, ask each other questions, and go back to the rules for further clarification.

Here we were, a bunch of smart professionals, having to start from scratch to understand and remember the rules and strategies of these games. I often thought, “This must be what our Leapfrog students feel when they are truly challenged by new and difficult concepts.” Our Game Night experiences helped us think carefully and intentionally about the pace of our courses and our instructional practices.

Given your findings, what did the games course emerge as?

ANN: The course is called “Rule Your World: Playing and Analyzing Strategy Games.” It is an all-day course for students who have completed third grade and it will require students to use a variety of high-level math skills as they develop and test their game strategies. The games played in class will include many Euro-style games such as Settlers of Catan, Ticket to Ride, 7 Wonders, and Dominion.

The benefit to students who learn and play the games in a class, rather than on their own at home, is that the instructor will guide the students to develop, articulate, and test their game strategies in organized and reflective ways. Students will document their strategies using both words and images and this documentation will allow them to reflect on the strengths and weaknesses of the strategies over time, and then refine and improve their strategies.

This time of year parents of gifted students are searching for meaningful learning experiences their child can enjoy during the summer months.  What should a parent look for when it comes to younger children?

ANN: One of the first considerations should be, “What subject areas or topics really interest my child?” You can often figure out what topics children find exciting by observing their play or noticing what books, games or movies are their favorites.

A child who uses her stuffed toys to set up a pretend animal hospital may be interested in learning more about veterinary medicine. A child who is eager to help you count the coins in your pocket might be interested in learning more about economics.

When parents know what topics really interest their children, they can plan for summer activities, both formal and informal, that are related to those topics.

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CTD’s Leapfrog program allows young children to explore their interests in ways that are challenging, fast-paced and engaging.

Is there a prevailing philosophy for early childhood programs that serve high-ability kids?

ANN: CTD’s goal with the Leapfrog program is to develop each child’s academic strengths and talents through hands-on courses that are challenging, fast-paced, and engaging. Content is generally one or two grade levels above the standardized curriculum. Although courses are academically rigorous, it is important to incorporate some aspect of play, such as constructing architectural models out of wooden unit blocks or pretending to establish a space colony on Mars.

To challenge advanced learners we need to do more than just quicken the pace, we need to go deep, study the details, make connections, and create engaging projects together. In Leapfrog, we focus on a single topic for an entire week.

Even a PreK/Kindergarten course such as Smelly Science involves in-depth research and experimentation with real materials. We are not just flipping through a textbook! For example, the children explore the causes of smells by conducting experiments with contrasting smells and they research and discuss big questions such as, “How do smells affect the way we think and feel?”

It’s also important that the students have opportunities to collaborate with other really bright children. They work on projects with kids who are just as excited about learning as they are.

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CTD’s Leapfrog summer program will be offered at 6 different locations in the Chicago area this summer.  Week-long sessions are available from late June through July.  Visit the CTD website for complete information.

Do you have suggestions on the types of activities that can help young, gifted learners continue to develop their cognitive, emotional and social abilities during the summer months?

Ann Gadzikowski has a MA degree from the Erikson Institute for Advanced Study of Child Development in Chicago. She has worked as a teacher and director of preschool programs. Ann is an accomplished author.  Her latest book “Challenging Exceptionally Bright Children In Early Childhood Classrooms” has just been released and is currently available through RedLeaf Press.

Nurturing the Entrepreneur

by Cassie Sparkman, Equinox Summer Program Coordinator, Center for Talent Development

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Gallop recently released data that suggests student engagement wanes as young people progress from elementary to high school. Experiential and project-based learning is proposed as a method to reignite interest and motivation.

The Center for Talent Development (CTD) has developed a new set of courses designed to cultivate entrepreneurial spirit and innovation. “Partnership” courses for high school students will debut as part of the 2013 CTD Summer Program.

The three-week courses aim to provide real-world experience to students who have passion for the subject matter and connect them with industry professionals.

Courses are designed to help students develop leadership, dialog, listening, organization and follow-through skills in addition to knowledge and expertise. Students will collaborate in small teams and tackle existing challenges, enhancing their ability to think creatively and innovate solutions.

The Starter League is a Chicago-based company that trains aspiring programmers and web designers worldwide to build and launch new technology products. They are working with CTD to provide programming and web application development courses. Students will find themselves on a track to turn their online ideas into reality.

Two courses are the result of a joint venture with Segal Design Institute at Northwestern University. They are modeled on college level programs currently available to NU engineering students. The Design Entrepreneur course incorporates the principals of Design for America, which began at NU and is now expanding to other universities. High school students will get hands-on experience in collaborative design from ideation to production to presentation and nurture their ability to devise creative solutions to future challenges in their careers and personal lives.

Traditionally, education courses for academically gifted students provide accelerated study and the opportunity to delve deeply into subject matter. The new partnership model extends beyond the classroom and allows young people to apply their talent in ways that are more career oriented.

Entrepreneurism has led to breakthroughs throughout world history and may be more important now than ever. Let’s make sure our brightest young minds catch the spirit!

Check out the full roster of CTD summer partnership courses on our website.

Northwestern University is a breeding ground for entrepreneurs – read about it here.

Is the focus on entrepreneurism a good way to re-engage older students?  What other methods work?

Cassie Sparkman coordinates CTD’s Equinox Summer Program for high school students. She has been working for several years to develop a partnership / apprentice program designed specifically for academically talented students.

Rainy Day Activity: Writing Collage

by Libby Galin

Spring brings plenty of rainy days providing the perfect opportunity for young, aspiring writers to put pen to paper. However, sometimes just sitting down and writing a story or an article can be a daunting task. All writers are encouraged to use warm-ups to get their creative juices flowing. Writing warm-ups help budding authors tap into their creativity, think more deeply about their piece and find an entry point to defining key things about their written piece such as voice, setting, character, tone and imagery. Encourage your young author to get the creative process started with a writing collage: a visually appealing and creative mix of the written word and an artistic piece.

This activity is for students in grades 5 through 8 but can be modified for younger children too.

Materials:

  • Magazine cut outs or old photos
  • Notebook
  • Timer
  • White or construction paper
  • Colored pencils or thin markers
  • Child safe scissors
  • Glue
  • White paper: approximately 12” x 18” (smaller or larger will work fine depending on the size you want the final product to be)
  • Computer/word processor (optional)

Steps:

1.  In a magazine or in a box of old photos that may be used for a project, identify 3-4 pictures that inspire you.  Cut the magazine pictures out or set aside the photos. (Don’t think too hard about what the photos should be; simply select the pictures that you like.)

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2.  Set your timer for three minutes. Choose a photo. In the three minutes, describe in the richest, most vivid detail what you see in the photo or what the photo brings to your mind. As you write, use the five senses. Think about how things would look, feel, smell, taste and sound in the photo.

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3.  Repeat for each picture you selected.

4.  Rewrite your description for each picture on a piece of white paper using colored pencils or thin markers using your best handwriting (or type the descriptions using your favorite font). Let the shape of your words to be creative and to reflect the picture you are describing.  For example, the white paper the words are on could be the same shape or size as the picture.

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5.  Create a frame for each set of words and each picture by cutting out construction paper that is the same shape but slightly larger than the paper or picture.

6.  Glue the written descriptions and pictures on to the frames.

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7.  Glue the framed descriptions and pictures on to the large piece of paper, arranging them using your artistic eye.

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Discussion:

  • Examine your finished collage. Why do you think you chose the pictures you did?
  • What is the mood of your collage? What about the pictures, colors and words convey this mood?
  • Which picture and written piece do you like best? Why?
  • What stories could you develop from your written pieces?

Extensions:

  • Use one of the descriptions you wrote as a jumping off point for a story. Create plot, identify a voice, theme, characters, setting and conflict.
  • Choose your favorite picture and description. Use this as a starting point for a poem.

Modifications for younger children:

Have younger children select simpler, brighter pictures from magazines for kids, such as Highlights or Ranger Rick. Assist with cutting and gluing when necessary. Use specific prompts while they write or dictate their thoughts to an adult or recording device:

  • What do you see in this picture?
  • What colors are in the picture?
  • Is it a happy or sad picture?
  • How does it make you feel?
  • Where is the picture?
  • What is it like in that place?

Additional Resources:

Libby Galin, MS Ed, has taught several classes for the Center for Talent Development in writing, literature, creative studies and science. She has worked with gifted students in a variety of settings throughout her career including a traditional classroom, a pediatric therapy center, as a yoga instructor and through the CTD. Her next writing class is Fan Fiction, offered for grades 6 through 8 during the upcoming Spring Session of the Saturday Enrichment Program.

Is your student interested in pursuing a career in writing? CTD’s annual Opportunities for the Future Conference on June 29 will feature sessions dedicated to various writing types and career options. Writing courses are also available through CTD’s Summer Program. Check out the offerings on our website.

Principles of Innovative Learning

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The blog Mind/Shift recently shared “7 Essential Principles of Innovative Learning:

  1. Learners have to be at the center of what happens in the classroom.
  2. Learning is a social practice and can’t happen alone.
  3. Emotions are an integral part of learning.
  4. Learners are different.
  5. Students need to be stretched, but not too much.
  6. Assessment should be for learning, not of learning.
  7. Learning needs to be connected across disciplines.

The end goal of these principles is to design “learning environments that will help students build skills useful in a world where jobs are increasingly information and knowledge-based.”

What can we do today to prepare students for careers of tomorrow? During CTD’s annual Opportunities for the Future Conference on June 29, there will be sessions for parents and students on developing career readiness and possible pathways leading to jobs just beginning to emerge.

Test-Taking, Stress, & Competition: Worriers vs. Warriors

realpicStandardized tests are commonplace in the U.S. education system. Given the impact of test scores on students’ access to opportunities, especially college acceptance, it’s understandable that some students—even those who excel in school—feel anxious about testing. But why do certain students thrive under this pressure while others seem thwarted by it?

A New York Times article titled  “Why Can Some Kids Handle Pressure While Others Fall Apart?”  revisits the issue of test stress and its impact on outcomes. It cites a new study out of Taiwan, where very high-stakes testing prevails. Study results suggest that a host of factors, like how we are raised and our skills and experiences, inform the way we respond to stress, but there is a genetic component too. Researchers conducting the study hoped to learn more about the role of a specific gene, called COMT, in a person’s response to a high-stakes situation. Additional study is now underway to explore how training or other factors can impact the effect of the gene. Initial findings are that simply removing the stress is not the answer for those who struggle with anxiety in stressful situations.

What can we gain from this emerging field of research about helping gifted students manage the stress they may experience when faced with high-stakes testing?