Solar system and atomic stronger bounds on exotic dyonic matter and non-associative quantum mechanics

We derive stronger bounds on the magnetic monopole charge of the proton, and hence on non-associative quantum mechanics from measurements of the magnetic fields of the Earth, the Moon and Mars. Limits are several orders of magnitude stronger than the ones inferred from the hydrogen atomic levels, assuming that electrons do not retain a magnetic monopole charge. Conversely, we show how to estimate bounds on the magnetic charge of a proton correctly, when the magnetic monopole charge of the electron is taken into account.

我们从地球、月球和火星磁场的测量中，推导出了质子磁单极荷更强的界限，进而也推导出了非结合量子力学的相关界限。假设电子不保留磁单极荷，这些界限比从氢原子能级推断出的界限要强几个数量级。相反，我们展示了当考虑电子的磁单极荷时，如何正确地估计质子磁荷的界限。