Neutrino Oscillation Experiments Hopeful to Accelerate the Delivery of Solutions to the “Mystery of Missing Antimatter”  

出　　处：《Bulletin of the Chinese Academy of Sciences》2014年第1期13-15,共3页中国科学院院刊（英文版）

摘　　要：1.Neutrino research occupies an important position in particle physics In 1930,Austrian physicist Pauli[1]proposed the neutrino hypothesis to explain the loss of energy in the process of beta decay.But since neutrinos are uncharged and nearly massless(less than one millionth of the electron mass)and rarely interact with other matter(interact via only the weak force and gravity),they are very diffi cult to detect.For that reason,for a long time,neutrinos only appeared in the equations of theoretical physicists and experiments had failed to confirm their existence.In 1934,Italian physicist Fermi proposed the theory of beta decay that incorporates the neutrino,which was quantitatively consistent with experimental data.In 1941,Chinese physicist1. Neutrino research occupies an important position in particle physics In 1930, Austrian physicist Pauli proposed the neutrino hypothesis to explain the loss of energy in the process of beta decay. But since neutrinos are uncharged and nearly massless （less than one millionth of the electron mass） and rarely interact with other matter （interact via only the weak force and gravity）,

关 键 词：中微子假说 反物质 振荡实验 失踪 交付 速解 电子质量 相互作用 

分 类 号：O572.321[理学—粒子物理与原子核物理] G321[理学—物理]