detecting bosons
探测玻色子
boson exchange
玻色子交换
massive bosons
大质量玻色子
boson field
玻色子场
bosons interact
玻色子相互作用
mediating bosons
传递玻色子
boson peak
玻色子峰
boson system
玻色子系统
boson creation
玻色子产生
boson decay
玻色子衰变
physicists study bosons and fermions to understand fundamental particles.
物理学家研究玻色子和费米子以理解基本粒子。
the higgs boson gives mass to other particles through interaction.
希格斯玻色子通过相互作用使其他粒子获得质量。
gauge bosons mediate the fundamental forces of nature.
规范玻色子传递自然界的基本力。
the photon is a well-known example of a massless boson.
光子是一个著名的无质量玻色子的例子。
bosons obey bose-einstein statistics, unlike fermions.
玻色子遵循玻色-爱因斯坦统计,与费米子不同。
the discovery of the higgs boson confirmed the standard model.
希格斯玻色子的发现证实了标准模型。
gluons are bosons that bind quarks together in hadrons.
胶子是将夸克结合在强子中的玻色子。
w and z bosons mediate the weak nuclear force.
w 和 z 玻色子传递弱核力。
researchers are searching for new types of bosons beyond the standard model.
研究人员正在寻找标准模型以外的新型玻色子。
the behavior of bosons is crucial for understanding quantum phenomena.
玻色子的行为对于理解量子现象至关重要。
virtual bosons are exchanged between particles in interactions.
在相互作用中,虚拟玻色子在粒子之间交换。
detecting bosons
探测玻色子
boson exchange
玻色子交换
massive bosons
大质量玻色子
boson field
玻色子场
bosons interact
玻色子相互作用
mediating bosons
传递玻色子
boson peak
玻色子峰
boson system
玻色子系统
boson creation
玻色子产生
boson decay
玻色子衰变
physicists study bosons and fermions to understand fundamental particles.
物理学家研究玻色子和费米子以理解基本粒子。
the higgs boson gives mass to other particles through interaction.
希格斯玻色子通过相互作用使其他粒子获得质量。
gauge bosons mediate the fundamental forces of nature.
规范玻色子传递自然界的基本力。
the photon is a well-known example of a massless boson.
光子是一个著名的无质量玻色子的例子。
bosons obey bose-einstein statistics, unlike fermions.
玻色子遵循玻色-爱因斯坦统计,与费米子不同。
the discovery of the higgs boson confirmed the standard model.
希格斯玻色子的发现证实了标准模型。
gluons are bosons that bind quarks together in hadrons.
胶子是将夸克结合在强子中的玻色子。
w and z bosons mediate the weak nuclear force.
w 和 z 玻色子传递弱核力。
researchers are searching for new types of bosons beyond the standard model.
研究人员正在寻找标准模型以外的新型玻色子。
the behavior of bosons is crucial for understanding quantum phenomena.
玻色子的行为对于理解量子现象至关重要。
virtual bosons are exchanged between particles in interactions.
在相互作用中,虚拟玻色子在粒子之间交换。
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