Examples of using
希格斯
in Chinese and their translations into English
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Political
Ecclesiastic
Programming
希格斯的回答如往常般简单干脆:“我不知道。
Zsasz, as usual, has the best response:"I don't know.
希格斯说:“我每天在海滩上,却从来没有见过这样的东西。
Steven said:“We regularly visit this beach and have never seen anything like this before.
如果希格斯具有“奇异的”自旋奇偶性而不是标准模型特征,则观察到的不变质量将更高。
If the Higgs had“exotic” spin-parity rather than the standard model characteristics, the observed invariant mass would be higher.
虽然该发现意义重大--即确定了这是一种新的基本粒子--它还没有严格地确认了是希格斯玻色子。
While the discovery is significant- this is a confirmed new fundamental particle- it is not strict confirmation of the Higgs boson.
这一参数无法在粒子加速器试验中得到测量,但它对宇宙膨胀期间希格斯粒子的不稳定性有很大影响。
This parameter cannot be measured in particle accelerator experiments, but it has a big effect on the Higgs instability during inflation.
在另一种理论中,宇宙是希格斯场,使粒子具有质量。
In another theory, the universe is in the Higgs field, which gives particles their mass.
因此,“他继续说道,”我打赌密歇根大学的戈登凯恩不会发现希格斯粒子。
He said:“I had a bet with Gordon Kane of Michigan University that the Higgs particle wouldn't be found.
相变的先决条件之一是宇宙包含我们所知晓的基本粒子,包括希格斯粒子。
It is a prerequisite for the phase change that the Universe consists of the elementary particles that we know today, including the Higgs particle.
与此同时,在LHC工作的物理学家的目标是以更高的精度探测希格斯的其他属性。
In the meantime, physicists working at the LHC are aiming to probe other properties of the Higgs with higher precision.
几组科学家提出了解决这个问题的方法:一个场渗透宇宙,它被称为希格斯场。
Several groups of scientists proposed a solution to this problem: A field permeates the universe, and it's called the Higgs field.
SPPC物理机制同样集中在希格斯:它将决定希格斯自己看起来是否是点状的。
The guaranteed physics of the SPPC is similarly centered on the Higgs: it will determine whether the Higgs looks point-like to itself.
这些预计将于2026年完成的升级,将使研究人员能够更详细地研究希格斯玻色子;
The upgrades, which are estimated for completion in 2026, will allow researchers to study the Higgs boson in greater detail;
去年,两组独立的研究团队设计出了名为“二维反铁磁体”的晶体,其电子可以集体模仿希格斯玻色子。
Last year, two independent research groups designed crystals, known as two-dimensional antiferromagnets, whose electrons can collectively imitate the Higgs boson.
As soon as physicists at the LHC discovered the Higgs, they nailed down its mass: 125 giga-electron volts, or roughly 133 times the mass of the proton.
Although British physicist Peter Higgs proposed the particle in 1964, evidence of its existence first surfaced in 2012 at the Large Hadron Collider in Geneva, Switzerland.
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