| 查看: 675 | 回复: 0 | |||
bhz_2001铁杆木虫 (著名写手)
|
[交流]
How Messy Problems Can Inspire Creativity
|
|
Summary of How Messy Problems Can Inspire Creativity. Tim Harford, a TED speaker, gave a speech about that messy problems can inspire creativity. To introduce the main idea, he started from a story of an unplayable piano. A German girl invited a famous american pianist to play Jass in the Cologne Opera House without rehersal and sheet music. When the pianist found that the piano could work well and the girl couldn’t find a replacement piano, the concert should have to be cancelled but the pianist took pity on her and ferformed the music on time. Suprisingly, the performance was significantly successful after the musian had tried his best to do it. After the story, Tim developed the topic from other aspects, including cognitive psychology, complexity science, social psychology and rock ‘n’ roll. For the congnitive psychology, he took an example about the fonts which was used for students’ handouts. When the handouts was with difficult fonts, the students got better result for the exams. Another example, the pepole with poor conversation filters tend to make more achivements than the opposite. For the complexity science, he took an example for the construction of jet engine. Using the principle of marginal gains, the engine could be achived with gradual development. This methodology is also used for the construction of web pages. For the social psychology, he took an example how to disclose the real criminal from some information. There were two different kinds of groups. One kind was a group of four friends and another was a group of three friends and a stranger. The former only got a 50% chance for the right answer. In contrast, the latter got a 75% chance for the right one. For the case of rock ‘n’ roll, he took an example how to get a successful album through disruptive instructions of a deck card. From these examples, Tim drew a conclusion that a dash of mess, kind of distruction or interuption can inspire creativity actually. |
» 猜你喜欢
交叉科学部支持青年基金,对三无青椒是个机会吗?
已经有3人回复
国家级人才课题组招收2026年入学博士
已经有5人回复
Fe3O4@SiO2合成
已经有6人回复
青年基金C终止
已经有4人回复
青椒八年已不青,大家都被折磨成啥样了?
已经有7人回复
为什么nbs上溴 没有产物点出现呢
已经有10人回复
救命帖
已经有11人回复
招博士
已经有5人回复
26申博求博导推荐-遥感图像处理方向
已经有4人回复
限项规定
已经有7人回复














回复此楼