从大亚湾的重大发现看“中微子振荡”

Important Experimental Discovery from the Dayawan Neutrino Oscillation

大亚湾中微子实验国际合作组织近期宣布发现了一种新的中微子振荡模式,此实验结果填补了国际物理界对三种类型的中微子振荡之间转换方式上最后一块空白,大亚湾的重大发现,是中国对基础物理学最大的贡献。它有助于理解宇宙中物质与反物质的不对称现象,为今后进一步解决中微子振荡中的质量顺序和中微子振荡中是否有宇称和电荷的反演破坏的物理实验打下基础。结合此重大发现,仅就中微子振荡进行分析探讨。

As the Nuclear Power Group declares that the Dayawan Reactor Neutrino Expenment tins answerect some of the most puzzling questions about neutrinos. The discovery fills in the last blank of the oscillation transformational field of neutrino physic sand lays the foundation of the future research of Neutrino oscillation, which is critical to the design of future experimental tests of a possible explanation of why matter dominates anti - matter in the universe. Based on the discovery, this article will present an overview of neutrino physics and particularly focuses on the sig- nificance of the neutrino oscillations observed in Dayawan experiments.