The above mentioned three kinds of bosons form an isospin triplet.
上述三类玻色子，成为一个同位旋三重态。
Particles, such as pi-mesons, requiring symmetric wave functions are called bosons .
要求对称波函数的粒子，如介子，叫做玻色子。
Standard model of elementary particles: the 12 fundamental fermions and 4 fundamental bosons.
中文：粒子物理的标准模型中的12个费米子和4个波色子。
In superconductors, the bosons are the pairs of bound electrons that form at the Fermi surface.
在超导体中，玻色子是在费密表面形成的束缚态电子对。
A third major group of subatomic particles consists of bosons, which transmit the forces of the universe.
第三组主要的亚原子粒子是玻色子，是它们传送着宇宙中的各种力。
Bosons include mesons, nuclei of even mass number, and the particles required to embody the fields of quantum field theory.
玻色子包括介子、偶质量数的原子核以及体现量子场论中的场所需要的粒子。
Then there are neutrinos, W and Z bosons, the electron-like muon and tau particles, and gluons—which hold quarks together in groups.
然后还有中微子，W和Z波色子，类电子的μ粒子和τ粒子，还有胶子——它的作用是将夸克聚合成团。
The multiparticle Bose correlations of bosons emitted from dispersed thermal droplets of quark-gluon plasma are simulated by Monte Carlo.
对由空间离散分布的夸克-胶子等离子体热滴发射的玻色子，本文进行了多粒子玻色关联的蒙特卡罗模拟研究。
We propose a SU_3 charged, hypercharged Coherent state for bosons and fermions, and a coherent state for charged fermions is also constructed.
本文分别建立了玻色子和费米子两种情况的SU_3电荷、超荷相干态。同时提出了带电费米子相干态。
These could include Higgs bosons galore (see article) and so-called supersymmetric partner particles that are too massive even for the new collider at CERN.
这些微粒子包括大量的西格斯玻色子和所谓的超对称性“搭档微粒”，即使对欧洲粒子物理研究所的新型设备来说，这些“搭档微粒”的物理质量也太大。
Unlike fermions, there is no limit to the number of bosons that can occupy the same quantum state, a behaviour that gives rise to the superfluidity of helium-4.
玻色子与费米子不同，占有同一量子态的玻色子数目不受限制，这一性状引发氦-4的超流性。
It works like this. Across the post-big Bang universe, collections of Higgs bosons make up a pervasive Higgs field - which is theoretically where particles get mass.
是这样的，在大爆炸之后的整个宇宙，大量聚集的希格斯玻色子产生一个无处不在的希格斯场——理论上，这是粒子得到质量的地方。
The theory’s vindication would come only with a glimpse of W and Z bosons—particles which, it posited, carried the weak force, just as photons carried the electromagnetic one.
因为，这个理论的最终证实， 惟赖人们一瞥玻色子W和Z的真容——该理论推断这两种粒子携带弱相互作用力，就像光子携带有电磁力一样。
The theory’s vindication would come only with a glimpse of W and Z bosons—particles which, it posited, carried the weak force, just as photons carried the electromagnetic one.
因为，这个理论的最终证实， 惟赖人们一瞥玻色子W和Z的真容——该理论推断这两种粒子携带弱相互作用力，就像光子携带有电磁力一样。
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