Silicon-based high-temperature diamondlike ferromagnetic with self-organized superlattice distribution of manganese impurity

TL;DR

This paper demonstrates that silicon doped with manganese via laser plasma techniques forms a diamond-like crystal structure, contributing to the development of silicon-based high-temperature ferromagnetic materials.

Contribution

It provides evidence for the diamond-like structure of manganese-doped silicon, advancing understanding of silicon-based magnetic semiconductors.

Findings

Silicon doped with manganese exhibits a diamond-like crystal structure.

The doping process results in a self-organized superlattice distribution of manganese.

The material shows potential for high-temperature ferromagnetic applications.

Abstract

We extend the results of our previous papers in order to prove the diamond like crystal structure of the deposited from laser plasma doped by manganese silicon diluted magnetic semiconductor.