论文标题
在船尾 - 笨拙的愚蠢实验中揭示自我重度
Revealing self-gravity in a Stern-Gerlach Humpty-Dumpty experiment
论文作者
论文摘要
当今的物理学家之间对如何在量子框架中正确描述重力相互作用尚无共识。我们在本文中提出了一项实验测试，旨在揭示非线性自我相互作用的存在。在此测试中，介质自旋1/2微球自由地落入笨拙的船尾刺耳干涉仪中。在阐明了相互作用在微球的向上和下旋转成分幅度振幅功能中的缩放作用之后，表明自我实力在它们之间引起了可测量的相移，这为实验测试铺平了道路。还表明，如果我们考虑两个不同的微球并行，则S-N相互作用的纠缠能力完全等于零。
There is no consensus among today's physicists about how to describe the gravitational interaction properly in a quantum framework. We propose in this paper an experimental test aimed at revealing the existence of a non-linear self-interaction à la Schrodinger-Newton (S-N). In this test, a mesoscopic spin 1/2 microsphere is freely falling in a Humpty-Dumpty Stern-Gerlach interferometer. After clarifying the role of the scaling of the interaction in function of the amplitudes of the up and down spin components of the microsphere, it is shown that self-gravity induces a measurable phase shift between them, which paves the way to experimental tests. It is also shown that if we consider two distinct microspheres falling in parallel, the entangling power of the S-N interaction is exactly equal to zero.
