Based on supercomplicated physical observations, Einstein concluded that two objects may perceive time differently. 基于超级复杂的物理研究，爱因斯坦得出结论，认为两个不同物体对时间的感知可能有所不同。
Based on simple life experience, I have concluded that this is true. 基于生活的简单经验，我确定这理论是真的。
By the by: I had an idea for a carb-neutral ice cream. OK，我想出了一个关于零增肥冰淇淋的主意。
All you need is to freeze a pint of ice cream to -3706 F. 你只需要把一品脱冰淇淋冻到零下3706华氏度。
The energy it will take your system to bring the ice cream up to a digestible temperature is roughly 1,000 calories, neatly burning away all those carbohydrates from the fat and sugar. 这样一来，你把它恢复到可吃的温度所花费的能量，大约是1000卡路里，正好可以抵消掉这些冰淇淋中的脂肪和糖所含的碳水化合物。
The only snag is the Third Law of Thermodynamics, which says it’s impossible to go below -459 F. 唯一的问题是，根据热力学第三定律，温度不可能低于零下459华氏度。
But back to Newton: he discovered that any two objects in the universe attract each other, and that this force is proportional to their mass. 还是回到牛顿吧：他发现，在宇宙中任何两个物体都会相互吸引，而且这股引力和它们的质量成正比。
The Earth is heavier than the Moon, and therefore attracts our bodies with a much greater force. 地球比月亮更重，因此对我们身体的引力更大。
This explains why an empty refrigerator administrates a much smaller gravitational pull than, say, one that’s stacked with 50 pounds of delicious leftovers. Great: that means we can blame the leftovers. 这就解释了为什么一个空空如也的冰箱对我们的吸引力，远远小于装着50磅美味剩菜的冰箱。妙啊：这意味着我们可以赖到剩饭剩菜头上。
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