引力场中中子的弱束缚态
Weakly bound states of neutrons in gravitational fields
摘要：
本文研究了中子在引力场中的量子力学行为。本文首先用半经典近似方法，在忽略广义相对论、磁效应和转动效应的情况下，对地球弱引力场中处于弱束缚态的中子作了估计。这一结果被推广到一个例子中，在这个例子中，在小尺度上对牛顿引力定律进行了兰德尔-桑德拉姆修正。应用结果的中子星物理被认为是进一步可能的前景进行了讨论。
英文摘要：
In this paper a quantum-mechanical behaviour of neutrons in gravitational fields is considered. A first estimation is made using the semiclassical approximation, neglecting General Relativity, magnetic and rotation effects, for neutrons in weakly bound states in the weak gravitational field of the Earth. This result was generalized for a case, in which the Randall - Sundrum correction to Newton's gravitational law on the small scales was applied. Application of the results to Neutron Star physics is considered and further possible perspectives are discussed.
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