In Einstein's theory, warped spacetime even affects light.
在爱因斯坦的理论中，扭曲的时空甚至影响到光。
Perhaps, if it had cooled down in another way, spacetime wouldn't have come up.
或许，如果他用另一种方式冷却下来，时空就不会存在了。
Faceless Void creates a rip in spacetime causing all units in that area to become trapped for its duration.
虚空假面撕裂时空创造的结界，使其中不论敌我任何单位甚至是防御塔都处于静止。
In all the cooperative diversity protocols, Distributed SpaceTime Coding (DSTC) is the most representative.
在现有的各种协作分集协议中，分布式空时编码是最有代表性的协作协议。
The satellite also confirmed the frame-dragging effect, in which the rotating Earth twists the surrounding spacetime.
重力探测器B也证实了“坐标系拖曳效应”，地球的旋转使时空产生扭曲。
Spacetime also appears to have a simply connected topology, at least on the length-scale of the observable universe.
时空似乎也有一个简单连接的拓扑结构，至少的长度，规模之大可见的宇宙。
Elsewhere, Annie ditches the convention to relax in the hotel, while Jeff meets an "Inspector Spacetime" fan at a bar.
在其他地方，安妮在酒店的会议上放松了会议，而杰夫在一家酒吧里遇到了一位“检查员时空”的粉丝。
Here is Chopra on death: “Birth and death are spacetime events in the continuum of life. So the opposite of life is not death.
Chopra是这么理解死亡的：“出生与死亡是生命连续体中的两个分立的时空事件，所以生命的反面不是死亡。
It is chiefly manifested in the forms of form bipolarity, colour bipolarity, quantity bipolarity and spacetime bipolarity.
其具体表现形态主要有形体两极扩位、色彩两极扩位、数量两极扩位、时空两极扩位。
A metric tensor describes a geometry of spacetime. The geodesic paths for a spacetime are calculated from the metric tensor.
该解决方案的场方程的组成部分的度量张量的时空。数据量描述了几何时空。在大地的时空路径计算的数据量。
Structural spacetime realism is a very important outcome of the structural realism thought used in the research of spacetime.
结构时空实在论是结构实在论思想运用于时空实在论研究的重要结果。
The proposed research direction of black holes and cosmology on noncommutative spacetime has also led to unexpected productions.
关于非对易时空中的黑洞和宇宙学的研究方向也取得了意料之外的成果。
Newton thought gravity was a mysterious force acting between two objects, but Einstein explained that it is the curving of spacetime.
认为作用于行星的是平方反比定律的引力，这种看法在牛顿时代很流行。
The company boasts a “3D chip architecture” that is called Spacetime, with “time” being the third dimension of the 3D architecture. Heady stuff.
Tabula有一款名为“Spacetime（时空）”的“三维芯片框架”，而第三维就是“时间”。
Eduardo gueron explores one of them-the ability to "swim" through a vacuum without needing to push on anything-in "Adventures in Curved Spacetime."
Eduardogueron研究其中的一个分支——在一种真空即“冒险曲线时空”，可以漫游，而且无需对任何推动。
Psychologists and neuroscientists are now beginning to explore the phenomenology of time, beginning not with spacetime but with the fleshy brain.
心理学家和神经科学家现在开始探索时间的现象学问题，他们不是从时间空间开始，而是从肉质的人类大脑开始。
No, we are not talking about the hit fantasy series Game of Thrones, but rather, a science documentary series titled Cosmos: a Spacetime Odyssey.
我们接下来要说的并不是那部名声大噪的奇幻电视剧《权力的游戏》，而是一部名为《宇宙：一段时空奥德赛之旅》(以下简称为《宇宙》)的科学记录片。
So inside those new universes, which move forward with the arrow of time, there are places where the laws of physics are different —anomalies in spacetime.
那些新产生的、沿着时间之箭前进的不同小宇宙里，存在物理定律不同的地方，比如时空异常。
So inside those new universes, which move forward with the arrow of time, there are places where the laws of physics are different — anomalies in spacetime.
那些新产生的、沿着时间之箭前进的不同小宇宙里，存在物理定律不同的地方，比如时空异常。
Here, Benedetti considers two types of spacetime with quantum group symmetry - a quantum sphere and k-Minkowski spacetime - and calculates their dimensions.
对此，Benedetti考虑到了两种类型的量子群对称性时空——一种是量子球与K-闵可夫斯基时空，另一种是对前一种时空维数的计算时空。
For instance, as Benedetti explains, the fractal nature of quantum spacetime might enable gravity to cure its own ultraviolet behavior by dimensional reduction.
比如说，Benedetti认为量子时空的分形性质有可能通过维度缩减使引力自身的紫外线固化成为可能。
When we see the world with a well-defined space and time [or spacetime as Einstein put it] this may just be some particular state of the Universe that has emerged out of the Big Bang.
当我们发现世界拥有了完善的时间与空间的定义（或者如爱因斯坦所说称之为时空），那么它可能处于宇宙特别的状态，发生了大爆炸。
When we see the world with a well-defined space and time [or spacetime as Einstein put it] this may just be some particular state of the Universe that has emerged out of the Big Bang.
当我们发现世界拥有了完善的时间与空间的定义（或者如爱因斯坦所说称之为时空），那么它可能处于宇宙特别的状态，发生了大爆炸。
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