这意味着细微的变化和瑕疵并不会改变整个宇宙结构。
This means that small changes and defects didn't change the overall structure of the universe.
科学家们通过研究那些超新星去测量宇宙膨胀随时间的变化。
They were using these supernovae to measure how the universe's expansion is changing with time.
从威尔金森微波各向异性探测器(WMAP)得来的数据显示出，细微温度变化是在宇宙微波背景辐射移动通过银河星系团气体时产生的。
Data from the Wilkinson microwave Anisotropy Probe (WMAP) can show the minute temperature changes created as the cosmic microwave background radiation moves through gases in galaxy clusters.
迄今为止，从事气候变化建模的科学家们都忽略了宇宙射线的作用，因为还未有足够的证据说明宇宙射线如何起作用。
Scientists modelling climate change have ignored cosmic rays up to now because there was not enough evidence about how they might work.
这些变化导致早期宇宙的温度瞬间不同，这些我们能在宇宙的微波背景上看出来。
These variations caused minute differences in the temperature of the early universe, which we can see in the cosmic microwave background.
我不知道自己将来会发生什么事情；为什么宇宙会以这种方式存在；还有，如果我的身体停止工作后，我的生命力会如何变化。
I have no idea what's going to happen to me, why the universe is the way it is, or what will happen to my life force once my body stops working.
其中一项研究认为，时间是由宇宙分区所引起的，宇宙被划分为多个分区，我们所感受到的时间反映了在这些分区中的变化。
According to one, time may arise from the way that the universe is partitioned; what we perceive as time reflects the relations among its pieces.
1927年，基于宇宙规律在某些情况下可发生变化这一认识，德国科学家华纳·海森堡做出了突破性的发现。
In 1927, this sense that the universe's laws were, in some contexts, flexible, led to a groundbreaking discovery by the German scientist Werner Heisenberg.
相反，在宇宙中，该常数会随所在的位置发生变化。
Rather, it seems to vary from place to place within the universe.
该项工作对宇宙学有直接的启示作用，同时表明在在早期的宇宙中红与蓝向移位无规律的变化是混沌的。
The work has direct implications for cosmology and shows in particular that the erratic changes between red - and blue-shift directions in the early universe were in fact chaotic.
这些被称为重子声学振荡的东西为测量随时间变化的宇宙的膨胀速度和对暗能量的值施加限制提供另一尺码。
These so-called baryon acoustic oscillations offer another yardstick for measuring the expansion rate of the universe over time and putting limits on the value of dark energy.
我们没有铁定的方法去判断这项刺激计划的帮助，因为在更替变化的宇宙，我们不能重演过去六个月发生的事情。
There is no ironclad way to judge the stimulus, because we can’t rerun the last six months in an alternate universe.
通过衡量“冷静”程度，“微博客宇宙”可以根据某天的冷静值预测三天后的道琼斯工业平均指数的变化方向，其准确率达到了86.7%。
Measuring how calm the Twitterverse is on a given day can foretell the direction of changes to the Dow Jones Industrial Average three days later with an accuracy of 86.7 percent.
研究者能够探测远古热能的温度变化，洞察到宇宙的早期构造和此后出现的世间万物的蓝图。
Researchers can detect temperature variations in this ancient heat energy that give them insights into the early structure of the Universe and the blueprint for everything that came afterwards.
在我们这个宇宙里出现了漫长生命周期的恒星，具有稳定轨道的行星，能够实现复杂化学变化的分子，仿佛它的物理法则曾被精确校准过。
In our universe the laws of physics seem precisely calibrated to allow the existence of long-lived stars, planets with stable orbits, and molecules that allow complex chemistry.
斯托伊科维奇博士表示，维度变化的理论将彻底转变人们对宇宙演变的认识和想法。
Stojkovic says the theory of evolving dimensions represents a radical shift from the way we think about how our universe came to be.
世上所有的事物都处在一种变化的状态，并且对立面之间的矛盾和竞争是宇宙永恒的状态。
War and strife between opposites is the eternal condition of the universe Everything is in a state of flux, or change, and war and strife between opposites is the eternal condition of the universe.
但是随着宇宙不断膨胀冷却，从无序变得有序，一个小小的波动就足以造成巨大的变化。
However, as the universe expanded, cooled, and went from a disorderly state to an orderly one, it reached a point where very small fluctuations created very large changes.
但研究人员说，支持alpha常数的变化性质的证据是模糊不清的，因为它可能是由于时间的变化，或者由于穿过了宇宙的不同部分。
But the evidence supporting the alpha constant's variable nature was ambiguous, because it could also be due to a variation over time, or across different parts of space, researchers said.
研究人员总结说，既然如果alpha常数随时间变化的话，这两种结果就会自相矛盾，那么该常数就必然在宇宙中不同的位置存在不同的值。
Since those two results would contradict each other if the alpha constant varied with time, the constant must take on different values in different areas of the universe, the researchers concluded.
在他们的模型模拟了138亿年(我们宇宙的确切年龄)后，他发现反冲速度的变化明显的影响着双星系统分布。
After running their model for a simulated 13.8 billion years (the current age of our universe), he found that variations in the kick velocity definitely affects how such systems are distributed.
“现在我们有了一种解释，”Flambaum说，“如果精细结构常数随空间变化，我们就只是恰好存在在宇宙中这些常数适宜我们的地区罢了。”
"Now we have an explanation," Flambaum said. "If fundamental constants vary in space, we just appear in the area of the universe where constants are good for us."
另一方面，180亿光年距离上发生的细微数值变化表明：整个宇宙比先前推测的巨大很多。
On the other hand, the small value of the change over a distance of 18 billion light-years suggests the whole universe is vastly bigger than had previously been suspected.
大到宇宙空间的运动，小到个体生物的存在与变化，都离不开和谐。
We cant do anything without harmony from cosmic space motion to individual living existence and variation.
并且，被称作“魔幻数字”的微细构造常数(缩写为‘alpha’)似乎在整个宇宙中不停的变化着。
Instead, this' magic number 'known as the fine-structure constant —' alpha 'for short — appears to vary throughout the universe.
约10万块不同的空域，其CBM温度也相应不同。 这种变化点对点地发生着，那些温度更高的点对应早期宇宙中密度更高的区域。
The temperature of the CMB varies by about one part in 100, 000 from point to point on the sky, with the hotter spots corresponding to the denser regions in the primordial universe.
那么，可能是饮食，他们的DNA在降解，他们不能获得宇宙变化——这种事情吗？
So, it could be diet, their DNA is degrading, they're not able to receive the cosmic changes - that sort of thing?
到了第四步…那棋局的变化就会比宇宙间的原子数量还多。
By the fourth... there are more possible games of chess than there are atoms in the universe.
到了第四步…那棋局的变化就会比宇宙间的原子数量还多。
By the fourth... there are more possible games of chess than there are atoms in the universe.
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