Propelling Atomically Layered Magnets Toward Green Computers
The realms of tech advancements have resulted in an insatiable and ever-greater demand for technological solutions that would put less energy into running than would be fed into it. It therefore comes to mind that even new materials, based on scientists’ constant search for efficiency and eco-friendliness, are made. One such promising development falls within the atomically layered magnets, whereby these could revolutionize data processing and storage as far as computers go. This article will delve into details of this exciting technology and its imminent potential effect on the green computing industry.
The magnetic properties of 2D magnets, also known as atomically layered magnets, are now giving room for ultra-low power consumption and high-density data storage. Traditionally, magnetic materials in the form of iron and nickel contain a large number of atomic layers, which results in the loss of magnetic properties at the atomic level. Atomic layering magnets keep their magnetic properties even at the atomic scale; hence, they are ideal for data storage applications.
In terms of unique features, these materials can be attributed to their crystal structure. They possess a structural form, consisting of magnetic and non-magnetic atoms. This arrangement allows for strong magnetic interaction between the layers, hence…
