A two week online International faculty development program was conducted to provide faculty members with a comprehensive overview on Advanced computational and Experimental Research in Physics. The program covered various aspects of Advanced materials, including their properties, synthesis, and applications in different fields. Participants explored advanced characterization methods and Computational methods and learned to apply these techniques to analyze and understand material behavior at different scales.
KEY TAKEAWAYS
Introduction to Advanced Materials and applications: Application of Information Science and Technology for Crystal Growth.
Recent Advances: Latest research and developments in the field of Silicon Growth for Semiconductor Applications.
Synthesis Techniques: Impact of Halides on Electrochemical CO₂ Reduction and methods for synthesizing advanced Functional Materials by exploring Double Perovskites
Characterization Methods: Detailed study of advanced characterization techniques such as
X-ray diffraction (XRD), by unlocking crystal structure: X-Ray Diffraction Analysis for Polycrystalline Materials and Plasma Processing of Materials.
Computational Techniques: Beyond Linearity: Understanding the Beauty and Complexity of Nonlinear Waves and Nonlinear Electromagnetic Wave Propagation Dynamics and Soliton Excitations in Ferromagnetic Medium.
Applications: Effective Tools for Modern Research and Innovative Flexible Nanogenerators for Energy Applications.
Research Methodologies: Best practices and methodologies for conducting research in advanced materials.
Conveners:
Dr. N. Balamurugan, HOD, Department of Physics
Dr. T. Beena, Assistant Professor
Dr. A. Senthil, Associate Professor
Dr. A. Nataraj, Assistant Professor Dr. Bharanidharan. T, Assistant Professor,
