The Majorana-induced Andreev reflection is theoretically investigated, by considering the case of ferromagnetic lead to couple to it via one quantum dot. We find that for the ferromagnetic lead, the Majorana zero mode (MZM) still causes the resonant Andreev reflection at the low-bias limit, even when finite Zeeman splitting appears in the quantum dot. However, the magnetoresistance exhibits interesting properties, and its magnitude and sign depend on the magnetization-direction difference between the ferromagnetic lead and the MZM, especially in the presence of Zeeman effect in the dot. We believe that these findings can be helpful in understanding the MZM-driven Andreev reflections modulated by the ferromagnetic lead.

理论上，通过考虑铁磁铅通过一个量子点耦合到马约拉纳引起的安德列夫反射的情况，对这种反射进行了研究。我们发现，对于铁磁引线，即使在量子点中出现有限的塞曼分裂，马约拉那零模（MZM）仍会在低偏置极限处引起共振的Andreev反射。然而，磁阻表现出令人感兴趣的性质，并且其大小和符号取决于铁磁导线和MZM之间的磁化方向差异，尤其是在点中存在塞曼效应的情况下。我们相信，这些发现有助于理解由MZM驱动的由铁磁引线调制的Andreev反射。