爱因斯坦方程式

那么，给我们讲讲你是如何从爱因斯坦方程式中提取黑洞信息的？

So , talk us through how do you get from Einstein 's equation to a black hole ?

它们存在于爱因斯坦方程式解里，并且被认为极端地不稳定，且一经产生即刻瓦解。

They exist in solutions to einstein 's equations , and are thought to be extremely unstable , and would instantly fall apart once created .

爱因斯坦的方程式表明宇宙正在膨胀。

Einstein 's equations showed the Universe to be expanding

让他感到困惑的是，爱因斯坦的方程式针对一个单一的恒星能否得解。

That Einstein 's equations could be solved at all for a single star baffled him .

人们根本没有办法来证明爱因斯坦的方程式正确与否，直到卢瑟福演示了原子分裂实验。

There was , of course , no way of proving or disproving Einstein 's equation - until Rutherford showed how to split the atom .

一个旋转黑洞的最佳描述是在1963年获得由新西兰数学家罗伊克尔，利用重力爱因斯坦的方程式。

The best description of a spinning black hole was given in1963 by the New Zealand mathematician Roy Kerr , using Einstein 's equations of gravity .

爱因斯坦想要一个方程式，也许不超过一英寸长，但能解释所有物理规律。

Einstein wanted an equation , perhaps no more than one inch long that would encapsulating all physical laws .

今天E=mc^2是爱因斯坦最著名的方程式，但另一个他同年出版的理论更重要而且更有争议，那就是特殊相对论。

Today E = mc ^ 2 is Einstein 's most famous equation but another thoery he published the same year is more important and more controversial , the special theory of relativity .

登到山坡的一半时，我摇摇晃晃的停下来，呼吸稀薄的空气，这时，距离我能够理解爱因斯坦或狄拉克的方程式的高度还相差很远。

Midway up the slope , however , I staggered to a halt , gasping in the rarefied air , well before I reached the heights where the equations of Einstein and Dirac would have made sense .