faster than light

According to the theory of relativity , nothing can travel faster than light .

根据相对论，任何东西都无法超越光速。

The Quantum Mechanical Basis of Faster Than Light Research

超光速研究的量子力学基础

Negative Energy in Faster Than Light Investigation & An Important Direction to Researches

负能量问题&超光速研究的重要方向

If you could move faster than light , your time would move backward .

如果你可以移动得比光速还快，你的时间就会倒退。

We can 't solve the problem how we can travel faster than light .

如何才能超过光的速度，我们解决不了这个问题。

Will scientists confirm that travel faster than light is possible ?

科学家会不会证实超越光速是可能的？

You see nothing can go faster than light , nothing being empty space .

没有什么快于光速，而你所说的没什么是指空无一物的空间。

Nothing in the world moves faster than light .

世界上没有什么东西比光走得更快。

If we can somehow go faster than light , time might reverse itself .

如果我们快于光速，时间就会倒流。

According to our present ideas of physics , nothing can travel faster than light .

根据我们现在物理学的概念，没有什麽东西能超过光速。

Want to travel faster than light ?

你想飞得比光还快吗？

Nothing can travel faster than light .

光比任何东西都传播得快。

Thinking on Faster than Light

关于超光速问题思考

Aristotle said that heavy things fall faster than light things , but he was wrong .

亚里士多德说重的物体比轻的物体降落快，但他错了。

Faster than light communication , predictable slipstream travel , perhaps even teleportation .

比光速快，可预计的滑行旅行，甚至心灵传输。

Quantum mechanics brings hope for the best on realization of faster than light ( superluminal ) .

量子力学为超光速的研究带来了希望与可能。

And they said their observations appear to show that the neutrinos traveled faster than light .

他们认为这些观察结果证明了：微中子的运动速度比光速快。

Horizon and the Question Whether Galaxies that Recede Faster Than Light are Observable

视界与退行速度大于光速的星系可否被观测到的问题

What if the spaceship moves faster than light ? ultrafast recovery photodiode

要是宇宙飞船超光速将会怎能样呢？超速复原光电二极管

Tachyon is a subatomic particle that travels faster than light .

超光速粒子是一种比光还要快的亚原子。

For there is acknowledgment that everything traveled faster than light and everything happened all at once .

因为它承认，所有事物都比光速快，而且所有事都是突然发生的。

Academic Free Discussion is a prerequisite for the Development of Science & Comment on the Book RECENT ADVANCES IN FASTER THAN LIGHT RESEARCH ;

学术自由讨论是科学发展的前提&评黄志洵新著《超光速研究新进展》

Theoretically , if you were moving faster than light speed , you could receive a signal from Earth before it was even sent .

理论上讲，如果你的移动速度大于光速，即使地球还没有发出信号，你都能接收到。

Einstein and many other scientists were troubled by action at a distance because it means that some information can travel faster than light .

爱因斯坦和其他很多科学家都被超距作用所困扰，因为它意味着信息可以传播得比光还快。

If so , the observation would wreck Einstein 's theory of special relativity , which demands that nothing can travel faster than light .

如果的确如他们所说，这个观测结果将推翻爱因斯坦的狭义相对论，在狭义相对论当中，没有什么能够走得比光快。

You know the old saying . slipstream : it 's not the best way to travel faster than light , it 's just the only way .

你知道有句老话。滑流：它不是比光速快的旅行方法，它只是唯一方法。

For it seems as certain as anything can be that no signal-still less any material object-can ever travel faster than light .

看起来非常确定的事情是：没有信号，更不用说物质，可以比光传播的速度快。

According to Albert Einstein ' s106-year-old theory of special relativity , nothing can travel faster than light in a vacuum because its particles have no mass .

根据阿尔伯特·爱因斯坦106年前提出的狭义相对论：由于光没有质量，在真空环境没有任何物质能够超越光速。

In this paper , the historic background of the study on faster than light ( FTL ) and the possibility of working within the frame work of special relativity are discussed .

讨论了超光速研究的历史背景和在狭义相对论框架内进行工作的可能性；

After 1992 , experiments have revealed superluminal velocities , i.e. velocities faster than light , and this behavior has been observed both in the classical and quantum domain .

1992年以后的10年间已做成了若干超光速实验，有的在经典领域，有的在量子领域。