Neutron Interferometry and Neutron Schrodinger Wave Optics

密苏里大学研究反应堆(MURR)和NIST研究反应堆的冷中子研究设施开展了一项开发和改进中子干涉测量设施的计划，在那里将建立一个新的中子干涉测量站作为合作计划。这些装置将用于研究中子薛定谔波光学的各个方面，包括：1)Aharonov-Casher拓扑相移，2)用晶体分析仪重建波包，3)标量Aharonov-Bohm效应，3)标量Aharonov-Bohm效应，3)Aharonov-Bohm效应。4)大型干涉仪的发展；5)寻找量子力学中的四元数；6)引力诱导的量子干涉；7)迈克尔逊-莫利中子实验；8)寻找中子自旋与自转耦合引起的相移；9)惠勒延迟选择实验；10)月亮和太阳对量子干涉的影响。

A program of development and refinement of facilities for neutron interferometry is carried out at the University of Missouri Research Reactor (MURR) and at the NIST Research Reactor's Cold Neutron Research Facility, where a new neutron interferometry station will be built as a collaborative program. These facilities will be applied to the study of various aspects of neutron Schroedinger Wave Optics, including the following: 1) Aharonov-Casher topological phase shift; 2) Wave-packet reconstruction with a crystal analyzer; 3) Scalar Aharonov-Bohm effect; 4) Development of large-scale interferometers; 5) Search for quaternions in quantum mechanics; 6) Gravitationally-induced quantum interference; 7) Michelson-Morley experiment with neutrons; 8) Search for phase shift due to the coupling of neutron spin to rotation; 9) Wheeler delayed-choice experiment; and 10) Effect of the moon and sun upon quantum interference.