The energy of a light photon or particle is different for each color.
可见光子或粒子的能量因颜色不同而不同。
This extension of the photoelectric effect, in which one photon knocks one electron off the edge of an atom, could make physicists reconsider when light is a wave and when it's a particle.
在这种光电效应的延伸中，一个光子从原子的边缘打出一个电子，这可能要使物理学家们重新考虑光在什么情况下是波，什么情况下是粒子。
Howard Wiseman of Griffith University proposed that it might be possible to measure the direction a photon (particle of light) was moving, conditioned upon where the photon is found.
格里菲斯大学的霍华德·怀斯曼提出测量一个正在移动的光子(光粒子)的方向是可能的，条件是光子是在哪里被发现的。
Einstein solved the puzzle three years later by suggesting that light is both a wave and a particle at the same time.
三年后，爱因斯坦解决了这个难题：他建议认为光可以同时是波和粒子。
When a particle encounters its antiparticle, they "annihilate" each other, disappearing in a high-energy flash of light.
当一个粒子遇到它的反物质的时候，他们会湮灭彼此，同时放出夺目的高能闪光。
And particles of sound, known as phonons, are just as susceptible to Heisenberg's uncertainty principle as particles of light (photons) -or, indeed, any other fundamental particle.
声音粒子，即声子，和光的粒子(光子)或者其他基本粒子，都受海森堡的不定性原理影响。
Light emitted from farther away, and thus older, quasars lacked this wavelength, because the light was getting absorbed by neutral helium as well as helium with a single ion-or charged particle.
光线的发射处越远，年龄越大，类星体的光谱会缺失，因为某些波长的光线会被中性氦及氦离子或带电粒子吸收。
On 23 September, physicists with the OPERA experiment in Italy said they had caught neutrinos arriving from the CERN particle physics lab in Switzerland 60 nanoseconds sooner than light.
9月23日，意大利opera的物理学家说，他们已经捕获到来自瑞士CERN粒子物理实验室的比光速还要快60纳秒的中微子。
This analysis established that light can indeed pull a particle...
这项分析证实了光的确可以拉动物体。
Each shockwave ACTS as a particle accelerator, increasing the speed of electrons within the plasma to near that of light.
震荡波就像一台粒子加速器，将等离子体中的电子加速到接近光速。
Synchrotron particle accelerators are helping shed light on some of the world's rarest fossils.
同步粒子加速器有助于揭示世上最稀有的一些化石。
"That can make it look like a particle has gone faster than the speed of light when it hasn't," he said.
“这可以让它看起来跑得像是比光速快，但实际并没有。”他说。
Therefore, to the big bang model different medium in the light path represents a particle in space and time, this is the life among physicists call "world line" things.
因此，异向介质大爆炸模型中光的路径代表了一个粒子处于空间和时间之中的寿命，这就是物理学家称之为“世界线”的东西。
If scientists shine a single particle of light on a screen, the particle does something strange: It shows up in two places at once.
如果科学家将单个的光粒子投影在屏幕上，光粒子有奇怪的反应：它会同时在两个地方显像。
A gamma photon is a high-energy particle of light.
一个伽马光子是一个高能光粒子。
The magnetic light frequencies are particle bandwidths of resonance unto earth's structure.
磁性光频，是对地球结构共振的粒子带宽。
Radiative scattering depends on the particle size in relation to the wavelength of light scattered.
辐射散射取决于与散射光波长有关的粒子大小。
The explosion Prefab contains a Particle System, a light that fades out over time, and a script that applies damage to surrounding GameObjects.
这个爆炸预置包含一个粒子系统，一个随时间推移淡出的光源，和一个将破坏施加到周围游戏物体上的脚本。
So if a photon (particle of light) is directed to a plane with two slits in it and either slit is observed, it will not go through both slits.
假如一个光子打向有两个狭缝的平面，假如有一个狭缝可以观测到，那它没有同时通过两个狭缝。
In Mani's myth man is lost and fallen in existence, but in essence he is a particle of Light and thus one in substance with God.
在摩尼的神话里，人是受迷惑，堕落于实在物中，但本质上，他是一个光之分子，从而一个在物质中的人与神在一起。
And we'll also talk about photon momentum as another example of light behaving up as a particle.
并且我们也会讨论光子动量的问题，这个可以作为光有粒子行为的例子。
The light technology, that glows elegant and colorful powder particle to show even and delicate skin texture, build bright and clean base of skin.
光技术，散发优雅光彩的粉粒子更能表现肌肤纹理均匀细致，塑造光亮洁净肌肤的基础。
So up to this point, before it was really established that yes, light is like a particle sometimes, there was this very strong distinction between what is light and what is matter.
所以关于这个观点，在它被真正确立之前，光有时候像粒子，在什么是光和什么是物质之间，有一个非常巨大的区别。
The question of the nature of light , wave or particle, had long been settled decisively in favor of waves.
关于光的本性是波抑或是粒子的问题早就以倾向于波而明确地解决了。
The energy-angular double-differential spectrum of secondary particle in light nuclear reactions is closely connected with reaction mechanisms, and is quite useful to nuclear technology applications.
轻核反应次级粒子的能量角度双微分谱同反应机制是密切相关的，而且对核工程技术很有应用价值。
The energy-angular double-differential spectrum of secondary particle in light nuclear reactions is closely connected with reaction mechanisms, and is quite useful to nuclear technology applications.
轻核反应次级粒子的能量角度双微分谱同反应机制是密切相关的，而且对核工程技术很有应用价值。
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