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Collaboration | |
| Morten T. Hansen | ||
ǻ | Harvard Business School Press | ||
Genetics Meets Innov | ||
In the field of genetics, scientists develop stronger species of corn and other crops through a process known as “seed, select, and amplify.” First, they use a diverse range of seeds to grow several different varieties of the crop under various conditions, such as drought, frost, heavy rainfall, and so on. Then they select the seeds from the sturdiest and most productive strains of each generation of crops and cross-breed those with the desired trait for use in the next generation of test crops. Ultimately, over many generations, the scientists develop super-crops that produce more food, resist all types of weather and pests, and require less soil and water. | ||
Open Innovation | ||
At the same time that the open source movement is accelerating, the trend of open innovation is also picking up speed. This makes perfect sense because at a time when innovation is essential to the success of every business, few companies can afford to follow the traditional “closed innovation” model that rejects any ideas that were “not invented here.” | ||
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The LEGO Story: How | |
| Jens Andersen | ||
ǻ | Mariner Books | ||
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티타늄보다 더 강력하고 단단하고 변형 | |
철이나 티타늄보다 더 강력하고 단단한 금속을 상상해 보라. 이 금속을 활용하면 저렴하고 쉽게 다양한 모양과 크기로 만들 수 있다는 점도 상상해 보라. 휴대폰 케이스에서 항공기 부품에 이르기까지 모든 것을 제조하기에 이상적이라는 점을 상상해 보라. 다행스럽게도, 이 환상적인 신물질은 현실이며 조만간 대세가 될 것이다. 이것이 무엇일까? 그것은 바로 ‘비정질 금속(Metallic Glass)’으로 알려져 있는 완전히 새로운 종류의 물질이다. 그 결과는 무엇일까? 누가 혜택을 입게 될까? 우리에게 의미하는 바가 무엇일까? | ||