条目(2):行星运动定律（Laws of Planetary Motion）_网易新闻中心 - 详情进入 摘录: 行星运动三定律引发了天文学的变革，并导致了数十年后万有引力定律的诞生。
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Kepler went on to show that an elliptical orbit is sufficient to explain the movement of the other planets and to devise the laws of planetary motion that Newton built on.
接着开普勒证明了这个椭圆轨道也能很有效解释其他行星的运行轨迹。 然后他提出了行星运动定律，牛顿定律就是以此为理论基础的。
On August 6th America’s space agency, NASA, announced that its Kepler planet-detector (named after the man who worked out the laws of planetary motion, as this article explains) is also behaving well.
8月6日，美国航天局和美国宇航局（NASA），宣称其开普勒号行星探测仪（根据发现了行星移动定律的开普勒命名，点此可见详细介绍）现在运行得十分良好。
Newton helped define the laws of gravity and planetary motion, co-founded the field of calculus, and explained laws of light and color, among many other discoveries.
牛顿在万有引力和行星运动领域有很大贡献，是微积分学的创始人之一，对颜色和光的定律做出了解释。
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