Experiments on the Influence of Electro‐Magnetic and Gravito‐Inertial Potentials and Fields on the Quantum Mechanical Phase of Matter Waves
Experiments on the Influence of Electro‐Magnetic and Gravito‐Inertial Potentials and Fields on the Quantum Mechanical Phase of Matter Waves
复制标题
电磁和引力惯性势和场对物质波量子力学相位影响的实验
DOI：
10.1111/j.1749-6632.1995.tb39037.x
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发表时间：
1995
影响因子：
5.2
通讯作者：
F. Hasselbach
中科院分区：
文献类型：
--
作者：
M. Nicklaus;F. Hasselbach
自从Chambers和Bayh 2的第一个实验关于（磁）AharonovBohm（A-B）3相移以来，已经进行了许多电子，中子和原子的实验，这些实验证明了物质波的相位不仅与电和磁耦合，而且与引力和惯性势和场耦合。一方面是电磁场中的力，另一方面是重力惯性场中的力，
Since the first cxperiments of Chambers’ and Bayh2 on the (magnetic) AharonovBohm (A-B)3 phase shift, a number of experiments with electrons, neutrons, and atoms have been performed that demonstrate the coupling of the phase of matter waves not only to electric and magnetic, but also to gravitational and inertial potentials and fields. The formal identity between the forces in electro-magnetic fields on the one hand and gravito-inertial fields on the other hand,