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Testing CPT invariance with antiprotonic atoms

机译:用反质子原子测试CPT不变性

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The structure of matter is related to symmetries on every level of study.The CPT symmetry is one of the most important laws of the field theory:it states the invariance of physical properties when one simultaneously changes the signs of the charge and of the spatial and time coordinates of particles.Although in general opinion CPT symmetry is not violated in Nature,there are theoretical attempts to develop CPT-violating models.The antiproton decelerator at CERN has been built to test CPT invariance.Its three experiments compare the properties of particles and antiparticles by studying antihydrogen,the positron-antiproton bound system and the antiprotonic helium atom.
机译:物质的结构与研究的各个层面上的对称性有关。CPT对称性是场论最重要的定律之一:它指出了当人们同时改变电荷的符号以及空间和空间的符号时物理性质的不变性。尽管在自然界中一般不违反CPT对称性,但仍存在理论上的尝试来开发违反CPT的模型。已在CERN建造了反质子减速器以测试CPT不变性。这三个实验比较了粒子的性能和通过研究反氢,正电子-反质子结合系统和反质子氦原子来制备抗微粒子。

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