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当人们谈论天才少年时,一定要记住:除了拥有超高智商,超强的创造力也是他们的成功利器。2012年5月末,一名16岁的德国天才少年攻破了300多年以来无人破解的一道数学难题:一个由17世纪牛顿提出的根据重力和空气阻力计算球体在空气中飞行路径的题目。随即,有关天才少年的话题再度引爆全球。瑞伊的数学王国2012年的数学界,因为一名16岁天才的出现,而注定书写下辉煌的一页。16岁少年的全名为Shouryya Ray(以下称瑞伊),他成为解决300年前牛顿提出的数学难题的第一人。他解决了如何精确计算出在重力和空气阻力下的抛物体的运动路线。瑞伊出生在印度。12岁那年,因为他的工程师爸爸得到了一个在德国一家科技学院工作的机会,于是,他们瑞伊
When people talk about talented young people, it’s important to remember that in addition to having superb IQ, super creativity is also their success tool. In late May 2012, a 16-year-old German gifted teenager broke the unmanned math puzzle of more than 300 years: a project by Newtonian in the 17th century to calculate the sphere’s path in air based on gravity and air resistance. Immediately, the topic of genius boy once again detonated the world. The Mathematical Kingdom of Rey The mathematical community of 2012, destined to write a brilliant page for the emergence of a 16-year-old genius. The full name of the 16-year-old is Shouryya Ray (hereinafter referred to as Rei), who became the first man to solve Newton’s mathematical problems 300 years ago. He solved how to accurately calculate the trajectory of parabolics under gravity and air resistance. Rei was born in India. At the age of 12, because his engineer Dad got a chance to work in a German science and technology institute, so they rei