论文标题
磁性第五力的现象学意义
Phenomenological Implications of a Magnetic 5th Force
论文作者
论文摘要
已经提出了与Baryon Number $ b $耦合的第5个力量，以说明Eötvös实验中研究的样品的加速度差异$ΔA_{IJ} $之间的相关性，以及Baryon-to-Mass-Mass-Mass-Mas-Mass-Mas-Mas-Mas-Mag-Magios $δ（B/μ）_ {ij} $。迄今为止，现代实验尚未支持Eötvös结果。在这里，我们调查了可能的磁性模拟$ \ vec {\ mathscr {b}} _ 5 $的现象学含义，传统第五力电场，$ \ vec {\ mathscr {e}} _ 5 $，是由地球旋转引起的。我们证明，在与$ \ vec {\ mathscr {b}} _ 5 $成比例的耦合存在下，可能的第五力场的幅度和方向都可以与原本预期的幅度和方向完全不同，并保证要进一步研究。
A 5th force coupling to baryon number $B$ has been proposed to account for the correlations between the acceleration differences $Δa_{ij}$ of the samples studied in the Eötvös experiment, and the corresponding differences in the baryon-to-mass ratios $Δ(B/μ)_{ij}$. To date the Eötvös results have not been supported by modern experiments. Here we investigate the phenomenological implications of a possible magnetic analog $\vec{\mathscr{B}}_5$ of the conventional 5th force electric field, $\vec{\mathscr{E}}_5$, arising from the Earth's rotation. We demonstrate that, in the presence of couplings proportional to $\vec{\mathscr{B}}_5$, both the magnitude and direction of a possible 5th force field could be quite different from what would otherwise be expected and warrants further investigation.
