Abstract

Two-dimensional (2D) materials are appealing for nanoelectronics due to their distinct physical characteristics and ultimate thickness dimension. Using these nanomaterials will be advantageous for many developing spintronic device designs and provide a more incredible method for controlling spin. Spintronics holds promise for the future of information technology, potentially replacing silicon-based complementary metal-oxide semiconductors that rely on charge manipulation. Still under investigation is the quest for discovering 2D materials with ferromagnetic properties, capable of generating, detecting, and controlling spin behavior. So, we are writing this mini-review to provide a concise summary of the recent advancements made in the field of ferromagnetism. Here we will summarize to encompass various aspects, such as the development of ferromagnetic 2D materials, their ability to produce, detect, manipulate spin behavior, and the implications of these findings in broader scientific and technological contexts.

Keywords:Ferromagnetic properties; Spintronics; Heterostructure; 2D Nanomaterials