Interests
I have a strong interest about the electric and magnetic properties of various permalloy and oxide materials. I am interested in the basic properties as well as the device applications of the materials. As an experimentalist I use various instruments like Pulse Laser Deposition System, Micromanipulator, Vacuum Deposition System, SQUID, Impedance analyzer, Atomic Force Microscopy (Veeco), SEM, Ellipsometry (J.A.Woolom Co. Inc.), etc. to prepare and characterise various materials. I have backgrounds of LabVIEW and OOMMF. I like to know about new instruments and learn new programmes related to my research.
Projects
The rapid increase in the demand of consumer electronics is pushing electronic devices toward size miniaturization, increased efficiency and faster response with lower power consumption. The demand for more efficient as well as miniaturized high frequency spintronics based integrated passive circuit elements (microtransformers, inductors, high density memory devices, etc.) poses a major challenge to the leading edge industries. The most commonly used magnetic materials in ICT devices are ferromagnetic materials. Simultaneous development of new magnetic materials and the ability to control some of their key parameters are essential for more efficient device applications at low power. Bulk magnetic materials, magnetic thin films are well studied and being used in different ICT devices. Nano structured magnetic materials are recently being investigated due to their unique properties and promising application opportunities. Both the fundamental understanding and the potential for cutting edge applications are the main focus of my work.
I have a strong interest about the electric and magnetic properties of various permalloy and oxide materials. I am interested in the basic properties as well as the device applications of the materials. As an experimentalist I use various instruments like Pulse Laser Deposition System, Micromanipulator, Vacuum Deposition System, SQUID, Impedance analyzer, Atomic Force Microscopy (Veeco), SEM, Ellipsometry (J.A.Woolom Co. Inc.), etc. to prepare and characterise various materials. I have backgrounds of LabVIEW and OOMMF. I like to know about new instruments and learn new programmes related to my research.
Projects
The rapid increase in the demand of consumer electronics is pushing electronic devices toward size miniaturization, increased efficiency and faster response with lower power consumption. The demand for more efficient as well as miniaturized high frequency spintronics based integrated passive circuit elements (microtransformers, inductors, high density memory devices, etc.) poses a major challenge to the leading edge industries. The most commonly used magnetic materials in ICT devices are ferromagnetic materials. Simultaneous development of new magnetic materials and the ability to control some of their key parameters are essential for more efficient device applications at low power. Bulk magnetic materials, magnetic thin films are well studied and being used in different ICT devices. Nano structured magnetic materials are recently being investigated due to their unique properties and promising application opportunities. Both the fundamental understanding and the potential for cutting edge applications are the main focus of my work.
