Proceedings of The International Conference on Material Science: MatZone-2024, 17–19 December, Kerala, India (Springer Proceedings in Physics, 316)

The proceedings of MatZone 2024 encompasses cutting-edge research in nanomaterials and biomaterials, highlighting their interdisciplinary applications in sciences, engineering, biomedical, packaging, environmental, and health sectors. Topics include biocomposites for advanced electronic and optical devices, tissue engineering scaffolds, and environmental solutions like dye and heavy metal removal. Special attention is given to biotechnological advancements that promote human life sustainability. Emerging materials such as cellulose, chitosan, PLA, PHB, and other bio-derived composites are emphasized, along with innovative techniques like membrane studies, chromatographic separation, and biosensor development. The proceedings offer a comprehensive insight into the current trends and future directions in biomaterials research.

Dr. Reshmy Rajasekharan is a researcher with a strong focus on materials science, nanomaterials, and environmental remediation. Her work spans crucial areas such as the development of nanocomposites, biopolymers, and sustainable materials for various industrial and environmental applications.

Dr. R. Sindhu is a distinguished researcher in the field of biofuels, biopolymers, food waste valorization and microbial enzymes. She is an editorial board member of six Journals— Journal of Energy and Environmental Sustainability, Annals of Agricultural and Crop Sciences, Journal of Environmental Sciences and Renewable Resources, EC Microbiology, Journal of Industrial Bioresource Engineering and Journal of Innovation and Applied Research. Her research interests are in the areas of Bioconversion of waste to value added products, Applications of Biopolymers in diverse fields, and Food enzymes.

Dr. Libin P Oommen, an accomplished scholar with a strong research background in Mechanical Engineering and materials science, has published extensively on the application of neodelta magnetic materials in altering the combustion behavior of liquid and gaseous phase hydrocarbons. His experience and academic contributions reflect a deep understanding of interdisciplinary material research, making him highly suitable for the role.