I will cite the following block which technically seems to answer your inquiry, Prof. Mayur Sangole

I unquote & summarize:

• "... In creating new devices, scientists try to get full control over spin-polarized charge carriers. One option to achieve this goal is a dilute magnetic semiconductor (DMS).
• A DMS is essentially a non-magnetic semiconductor, into which a certain number of paramagnetic atoms have been introduced. For example, doping transition metal elements such as iron (Fe) and manganese (Mn) into non-magnetic bulk semiconductors can produce DMS.
• The issue is that these DMSs, although they show excellent results, work at very specific temperatures & scientists are trying to get DMS to work at room temperatures in order to take full advantage of their advantages outside of laboratories.
• The relatively recent discovery of ferromagnetism in two-dimensional (2D) atomically thin layers such as CrI3 (chromium triiodide) and Cr2Ge2Te6 (chromium germanium telluride) has shifted the focus of research from bulk crystals to two-dimensional materials...".

This seems related to your thread, here is the link *, use google translator please:

* https://habr.com/ru/company/ua-hosting/blog/502656/

Best Regards.

Pedro L. Contreras E. Thank you sir.

Most welcome, Dear Mayur Sangole