While China may be held back by its political system, the science and math education in the US may be a similar hindrance to our innovative capabilities. Einstein's creativity and imagination, which made it possible for him to conceive of his special theory of relativity, resulted from the beauty that he found in the world of science and math. This sense of beauty, Friedman says, is seriously lacking in the math and science education of kids in the US today. He says that we must understand science and math as beautiful, just as we see music and art as beautiful if we are to foster creative genius. (I don't really do the article justice, so check it out.)
Friedman's thoughts were echoed in an forum on education that I just read. The prompt for discussion was based of a Chinese teacher's observation of American education. While he saw that children in the US were exposed to practical problem solving in their studies, they were seriously behind the Chinese in basic computation skills. The Chinese teacher defended his country's system of education by saying that, "knowledge acquisition is the basis for creativity". A particular response to this prompt from a teacher in the US really resonated with the Friedman article. It is posted below.
"Several summers ago, a group of visiting Asian educators showed up at a Gifted Education/Talent Development Conference with briefcases full of articles on creativity. At every break between sessions, they followed up with questions to the professors about how to specifically create an atmosphere of originality in the classroom. They had brought highlighted pages of articles on the subject and were earnestly desiring to do everything possible to take back this skill for creativity to their classrooms. At the end of the two-week conference, the professor in charge privately asked the group from Asia if they wouldn’t mind explaining their interest. The leader of the group said, and I paraphrase, “Our countries in Asia outperform American students on every type of test in school. Our students, for example, are highly skilled and quick in computational mathematics; they do better in every measurement of math ability. Yet, this does not seem to translate into creative productive output. Look at the Nobel prizes by country. Why doesn’t Asia have the most Nobel prizes if standardized tests are the best indicators of all needed skills? Something is missing in our tests. Our countries lag far behind the US, and we cannot say that the awards have been unfairly granted. The goal we have for our students is not high test performance inside the school—our objective is for our adults to engage in field-changing creative productivity after their education is complete. That is what our country needs. We believe this can only happen if we include creativity in the classroom.”
Countries with the Most Nobel Prize Winners
Rank Country Number of Laureates
1 United States 270
2 United Kingdom 101
3 Germany 76
4 France 49
5 Sweden 30
6 Switzerland 22
7 Netherlands 15
8 USSR 14
8 Italy 14
10 Denmark 13
11 Japan 12
12 Austria 11
13 Canada 10
14 Spain 6
14 Australia 6
16 Ireland 5
16 Israel 5
16 Poland 5
16 South Africa 5
16 Argentina 5
21 India 4
Source: nobel.org
My Chinese students who are in their 20’s are very reticent at first in American-style classes. They tell me they have never been asked by a teacher before what their opinion was, for example, or the best way to solve a problem. They have never even had the experience of “brainstorming” for ideas before, much less of having experienced other methods of enhancing creativity. While these Chinese students are doing well in the BA/MA programs in straight mathematics skills classes, such as in most Accounting courses, they tend to flounder in more sophisticated MBA courses with such test questions as “Hypothesize….and support your hypothesis with examples….” This is quite different from the test questions they are used to in China with the math problem laid out for them where they then can find the one right answer. When we brainstorm in my class about the necessary ingredients for success, the Chinese students have told me that they feel they have above average intelligence, a good education, and that they are willing to work hard, but that they feel they “aren’t very creative.” My experience has been that with support and scaffolding, they can learn to be more creative. "
Makes 10-12
