这些神秘物质称为暗物质与暗能量。
These mysterious substances are called dark energy and dark matter.
什么是暗物质，暗能量，重力？
所以它们是宇宙暗物质的理想候选者。
Therefore, they make the perfect candidate for cosmic dark matter.
暗能量大概要比暗物质更让人无头绪。
Dark energy is possibly even more baffling than dark matter.
暗物质存在的力证纷至沓来。
Evidence for the existence of dark matter begins to stack up.
它将寻找暗物质在太空“湮灭”的证据。
It will look for evidence of dark matter "annihilations" in space.
大部分的文化都是暗物质。
可视物质也在暗物质丰富的地方聚集起来。
Visible matter has accumulated in areas rich in dark matter.
关于基因组的许多暗物质奥秘仍在调查中。
Many mysteries about the genome's dark matter are still under investigation.
是否由暗物质所掌控，许多星系似乎都是。
And whether it is held together by dark matter, which many galaxies seem to be.
当撞击发生时，星团中的暗物质也发生碰撞。
When the impact happened, the dark matter in the clusters also collided.
因此我们推断出宇宙中存在暗物质。
暗物质究竟是什么？
这样就能帮助他们确认所谓构成暗物质的粒子。
This could help them positively identify the particles thought to make up dark matter.
用暗物质弯曲时空[点此查看]
Warping spacetime with dark energy is one solution [view slideshow]
介绍了当前暗物质研究的进展。
In this article we review the progress in dark matter research.
如果情况确是这样，这就可能暗示暗物质的性质。
同样引人入胜的是暗物质有可能与暗能量相互影响。
An equally intriguing possibility is that dark matter interacts with dark energy.
构建暗物质与暗能量参数化的统一模型。
The unified Parametrized model for dark matter and dark energy is constructed in this paper.
这个实验室位于地下，专门研究暗物质与中微子物理。
an underground science lab specializing in neutrino and dark matter physics.
另一种观点认为：暗物质颗粒同时也是自己的反粒子。
Another idea suggests that dark matter particles are their own antiparticles.
天文学家们将这种不可见物质称为暗物质。
暗物质是那些东西，保持业务的天文学家之一。
Dark matter is one of those things that keep astronomers in business.
看不见的右手中微子也许还可以解释神秘的暗物质的存在。
Unseen right-handed neutrinos may also account for mysterious dark matter.
实际上，连科学家们都不知道暗物质究竟是什么。
实际上，连科学家们都不知道暗物质究竟是什么。
实际上，连科学家们都不知道暗物质究竟是什么。
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