希格·斯波色子是什么？
Has the Higgs boson been discovered?
希格斯玻色子是否已经发现？
The Higgs boson, predicted but still unseen, is the most wanted subatomic particle.
预言中仍未被发现的希格斯玻色子，是人们最梦寐以求的亚原子粒子。
Mr Tonelli stressed that the search for the Higgs boson formed only one part of their work.
Tonelli强调希格斯玻色子的研究工作只是他们工作的一部分。
The Higgs singlet is related to another particle which is also yet to be found, the Higgs boson.
和希格斯单线态粒子相关的另一种粒子——希格斯玻色子，同样尚未被发现。
Under above condition, the scientists discovered hopefully whether the Higgs boson does exist.
上述条件下，科学家们有望发现希格斯玻色子是否存在。
The theoretical Higgs boson was first postulated by the Scottish physicist Peter Higgs in 1964.
理论上的希格斯玻色子是由苏格兰物理学家彼得·希格斯于1964年率先提出的。
However, we do not know the mass of the Higgs boson itself, which makes it more difficult to identify.
但是，我们并不知道希格斯玻色子自身的质量，这使得识别它的难度大大增加。
The problem is that no one has ever observed the Higgs boson in an experiment to confirm the theory.
问题是从未有人通过实验来观测到希格·斯波色子从而验证这个理论。
But they have begun to indicate that hopes of finding the highly sought after Higgs boson are fading.
但是他们已经开始暗示在大规模搜寻发现希格斯波色子的希望变得暗淡。
Yet the easiest way to sell it to politicians was to frame it as a search for a single particle, the Higgs boson.
当然将这个项目推销给政客的捷径是把它包装成为研究单一粒子的项目，希格斯玻色子。
That provides researchers with an upper limit for the mass of the higgs boson , which helps focus the search.
这个结果提供了希格斯玻色子质量的上限，将有助研究人员寻找希格斯粒子。
The field prevails throughout the cosmos: any particles that interact with it are given a mass via the Higgs boson.
这个场普遍存在于整个宇宙：任何粒子相互作用都通过希格斯玻色子赋予了一定的质量。
An intermediate boson scheme of weak interactions is proposed within the framework of the SU (6) symmetry theory.
本文提出了SU(6)对称性理论中的一个弱相互作用中间玻色子方案。
The Higgs boson is a hypothesised particle which, if it exists, would give the mechanism by which particles acquire mass.
希格斯玻色子是一个假说中的粒子。如果它存在，我们就知道了赋予粒子以质量的物理机制。
Roser says if they do find the Higgs boson, scientists could spend the next several decades trying to understand it.
罗瑟表示如果他们真的发现希格斯粒子，科学家们会在今后几十年内试图去理解它。
The most sought after particle in particle physics - the Higgs boson - is believed to endow all other particles with mass.
粒子物理里的终极追求——希格斯玻色子——被认为是赋予其它粒子以质量的粒子。
So far, the proton-proton collisions have been designed to generate energies that might produce exotic phenomena like the Higgs boson.
到目前为止，质子与质子间的对撞已被计划用来产生可能导致神奇如希格斯玻色子的现象的能量。
The LHC, the largest particle accelerator ever built, will examine what goes on at the tiniest level, seeking the theorised Higgs Boson.
不会）大型强子对撞机（LHC），人类有史以来所建造的最大的粒子加速器，将会细查微观世界中事物的生变，探寻理论上假定存在的希格斯玻色子。
Turner explained that discovering a mass-inducing particle, called the Higgs boson, remains the next big test for the standard model.
Turner解释说，能否？发现一种叫希格斯介子（Higgs boson）的能够产生质量的微粒（mass-inducing particle），仍然是标准模型将要面对的下一个重大考验。
If a Higgs were to be made in such a collision, the complexity of hadrons means that other particles would be created along with the boson.
若这样的碰撞能产生希格斯粒子，那就意味着，随着玻色子的产生，复杂的强子还能产生其他粒子。
Researchers have now found every particle predicted by the model, save one: the Higgs boson, theorized to help endow other particles with mass.
研究人员现在找到了模型预测的每一个粒子，并将其中一个保存下来：希格斯色子(Higgs boson)从理论上帮助赋予其他粒子以质量。
The LHC’s most publicised goal is to find the Higgs boson, a particle believed to be the magic ingredient that gives other elementary particles their mass.
LHC最受瞩目的目标是寻找希格斯玻色子，这种粒子被看成是给其它基本粒子以质量的神奇成分。
The LHC's most publicised goal is to find the Higgs boson, a particle believed to be the magic ingredient that gives other elementary particles their mass.
LHC最受瞩目的目标是寻找希格斯玻色子，这种粒子被看成是给其它基本粒子以质量的神奇成分。
But other sorts of subatomic process that do not involve the Higgs can produce precisely the same final readings as those the missing boson is predicted to generate.
但是，预言中玻色子可生成的最终读数，其他类的不涉及希格斯粒子亚原子过程也能生成，而且一模一样。
But other sorts of subatomic process that do not involve the Higgs can produce precisely the same final readings as those the missing boson is predicted to generate.
但是，预言中玻色子可生成的最终读数，其他类的不涉及希格斯粒子亚原子过程也能生成，而且一模一样。
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