Materials Science and Nanotechnology

Electronic, Optical & Magnetic Materials

The research in the field of electronic and magnetic materials combines the essential principles of stable-state physics and chemistry for the manufacture of materials science. Molecular interactions is another name for intermolecular interactions. Melting, unfolding, strand separation, and boiling are examples of changes in molecular interactions. Inflexible rotation and time dependency are the main characteristics of digital and magnetic materials. This is related to the computer simulation method to determine the physical interactions to have with atoms and molecules for a specific amount of time in order to create the device for evolution.