虫洞是否包含了超光速旅途的奥秘？
Could wormholes hold the secret to faster-than-light travel?
要是宇宙飞船超光速将会怎能样呢？
介绍了可见光频段的超光速实验。
我的超光速粒子放大器的作用！
Rick Marshall: My tachyon amplifier, that's how it happened!
我们就好像坐在超光速的列车上。
介绍了速度、光速、超光速的概念。
Introduces concepts of speed, light speed, faster-than-light speed.
他们觉得超光速旅行是不可能的。
Mainly because they said that's impossible with an enormous speed could travel in time.
该飞船有二级超光速推进器。
你带着超光速粒子放大器吗？
首先考虑的是慢光速到超光速的转换。
超光速不会导致时间回流。
你还没把我修好你不会知道怎么修超光速器的！
You haven't finished with me yet! You don't know how to fix the hyperdrive.
本文将概述超光速的理论、实验以及存在的问题。
This article summarizes the theory, experiment and some problems of supper speed of light.
最近几年中，慢光和超光速的研究取得了很多进展。
In recent years, researches about the controllable group velocity of light propagation had made many progresses.
其主要原因是发现了其他太阳系的智慧生物和超光速传送堆栈.
The discovery of intelligent life on other solar systems with the parallel discovery of a faster-than- light transport stack is the main cause.
其实，看是否存在超光速，应当先看速度是什么，光是什么。
In fact, to see if the speed of light, there shall be first look at what speed is, and the light is what.
如果你在宇宙飞船里以超光速飞行，你就是以翘曲速度在前进。
If you're traveling in a spacecraft at a speed faster than light, you're moving at warp speed.
重要部件，从头来的导航电脑到极端强大的超光速引擎显然都是新的。
Key components are obvious retrofits, from the stolen navigational computers to the uncommonly powerful hyperdrive.
本文对超光速粒子的各种模型作了讨论，指出其中存在的无法克服的困难。
This essay gives a discussion of various models of tachyons, pointing out the difficulties the corresponding theories have met with.
然后从色散介质中相速度与群速度的关系，讨论了相速度和群速度超光速的可能性。
Then the possibility of larger phase velocity and group velocity than light speed in dispersive medium is discussed.
里面统一了超光速、黑洞、白洞、暗物质、暗能量等知识，形成了一种比较合理的宇宙描述。
It have united knowledge such as surpass light velocity black hole white hole dark matter dark energy inside the comparatively rational universe having formed one kind describes that.
本文在回顾1955年至2009年的研究后，得到“超光速是可实现的科学陈述”的结论。
In this paper, after reviewing the researches of 1955 ~ 2009, it can be concluded that the faster-than-light is a realizable scientific statement.
以恒定有限的力与能量，任凭于比光的电磁波物质体积、质量更小的物质，则其速度就是超光速的。
With constant limited force and energy, and let in the electromagnetic wave of than light material volume, quality of material more small, the speed is faster than the speed.
以恒定有限的力与能量，任凭于比光的电磁波物质体积、质量更小的物质，则其速度就是超光速的。
With constant limited force and energy, and let in the electromagnetic wave of than light material volume, quality of material more small, the speed is faster than the speed.
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