研究自然或研究像滑轮、放大镜或者双筒望远镜之类的玩具，都是接受非学校教育的孩子探索科学的好方法。

Studies of nature or toys like pulleys, magnifying glasses, or binoculars are all ways for unschoolers to explore science.

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本周，我们把REDD放在了一系列文章的聚光灯下，从而发现并探索科学和研究能在何处做出贡献。

This week, we put REDD under the spotlight in a series of articles to identify and explore where science and research can make a difference.

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IBM这个IT巨头的Ajay Royyuru也声称“这是生物学从探索科学向信息科学的转变。”

Ajay Royyuru of IBM, an IT giant, argues that “it’s the transformation of biology into an information science from a discovery science.”

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MIT So, at MIT things are very different, and keep an open mind, explore new areas -- take advantage of being at this amazing place for science and technology and you may surprise yourself in what you really enjoy learning about.

所以在，一切都很不一样-,你们要保持开放的胸怀，探索新领域,要利用好在这个科学技术圣地的优势,你也许会对你真正对什么感兴趣而感到惊讶。

麻省理工公开课 - 化学原理课程节选

There's a whole lot of research and this is research, some of which takes place outside psychology departments and in engineering departments and computer science departments, trying to figure out how a computer can do the same things brains can do.

已经存在大量的研究,这其中有些并非是心理学研究人员所做,而是由工程学,以及计算机科学的研究人员所完成的,这些研究试图去探索,计算机究竟如何才能像大脑那样去运行

耶鲁公开课 - 心理学导论课程节选

McKinsey and Hamilton have both been participants Of this projects. And what we've been trying to do is Isolate a few key areas that make sense for MIT doing Explore extensively. Now some of the challenges first Are that the technologies advance quickly.

包括McKinsey和Hamilton都是参与者,我们试图区分出一些关键领域,而不是让麻省理工做广泛的探索,现在的一些挑战在于,科学技术瞬息万变。

麻省理工公开课 - 媒体、教育、市场课程节选