Sebastian Neubert, a particle physicist at Heidelberg University in Germany,leads a group studying subatomic particles called pentaquarks.
大多数暗物质被认为本质上是非重子物质,可能由一些尚不了解的亚原子粒子组成。
The majority of dark matter is thought to be non-baryonic in nature,possibly being composed of some as-yet undiscovered subatomic particles.
年,路易·德布罗意提出所有运动的粒子(特别是像电子这样的亚原子粒子)在一定程度上具有波的特征。
In 1924, Louis de Broglie proposed that all moving particles-particularly subatomic particles such as electrons- exhibit a degree of wave-like behavior.
事实上,人工智能正在帮助粒子物理学家发现新的亚原子粒子。
In fact,AI is now helping particle physicists to discover new subatomic particles.
今年早些时候,LHC从一项分析中确定了五种新的亚原子粒子。
Earlier this year the LHC identified five new subatomic particles from just one analysis.
大多数的暗物质被认为是自然界中的非重子物质,其可能由一些尚未发现的亚原子粒子组成。
Most dark matter is thought to be non-baryonic in nature,possibly being composed of some as-yet-undiscovered subatomic particles.
宇宙不断膨胀和冷却,并baryogenesis过程中形成的亚原子粒子开始粘合在一起。
The universe continued to expand and cool, and the subatomic particles formed during baryogenesis began to bond together.
兹威基还预测,超新星爆发会产生银河宇宙射线--以光速运行的高能亚原子粒子。
Zwicky also predicted supernova explosions produce galactic cosmic rays-high energy subatomic particles traveling at nearly the speed of light.
世纪30年代中期,物理学们认为他们已经发现了自然界所有的亚原子粒子-质子,中子和原子电子。
In the mid-1930s, physicists thought they knew all the subatomic particles of nature- the proton, neutron, and electron of the atom.
其结果是:一个更大的亚原子粒子,一个被称为核子的备用粒子,以及一堆能量溢出到宇宙中。
The result: a large sub-atomic particle, known as a nucleon, and a lot of energy spill out into the universe.
在论诞生之前,所有的亚原子粒子都被认为是由微小的超弦组成。
Before M theory, all the subatomic particles were said to be made from tiny superstrings.
一种看不见的亚原子粒子细雨已经表明,雷暴可能存储的电压比我们想象的要高得多。
An invisible drizzle of subatomic particles has shown that thunderstorms may store up much higher electric voltages than we thought.
因为电子是最反社会的亚原子粒子之一,它们彼此排斥并且仅在特殊情况下配对。
Because electrons are among the most antisocial of subatomic particles, they repel one another and pair up only in extraordinary circumstances.
巧合配置的亚原子粒子和天文宇宙的结构表示一个智能设计。
Coincidental configurations of subatomic particles and astronomical structures indicate an intelligent designer of the universe.
然而,用接近光速的亚原子粒子所做的试验的结果,却证实了这些效应。
Nevertheless, experiments with subatomic particles traveling at speeds close to that of light have verified the effect.
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