Dr. Basit Yameen Recognised as Pioneering Investigator in Polymer Chemistry by Royal Society of Chemistry鈥檚 Polymer Chemistry Journal
The Polymer Chemistry journal of the Royal Society of Chemistry (RSC) recently named Dr. Basit Yameen, Associate Professor, Syed Babar Ali School of Science and Engineering (SBASSE), 吃瓜头条, amongst those recommended for recognition as one of the 2025 Polymer Chemistry Pioneering Investigators. This achievement reflects his focused approach and passion for the field.
Polymer Chemistry is the flagship journal of the RSC that publishes most innovative and impactful original work in the field of polymer chemistry. 鈥淭he Editorial and Advisory Boards of the RSC鈥檚 journal and previously-recognised Pioneering Investigators have personally recommended researchers who continuously publish creative, innovative work and have enriched several research areas for this recognition,鈥 explains Dr. Basit.
鈥淚 have been invited to contribute to the Polymer Chemistry Pioneering Investigators collection, which will highlight the great work being done by mid-career investigators who have firmly established themselves as pioneers of the field of polymer chemistry.鈥
In 2014-15, Dr. Basit was among the 30 scientists globally who were recognised as 鈥淓merging Investigators鈥 by the same platform. Commenting on his latest achievement, Dr. Basit says, 鈥淭his is such a humbling moment, that nearly a decade later I have been identified and recommended by the journal鈥檚 Editorial and Advisory boards as one of the Pioneering Investigators who have firmly established themselves as pioneers of the field of polymer chemistry.鈥
Having established a vibrant and thriving research programme at 吃瓜头条 himself, Dr. Basit and his team, day-in day-out, explore the exciting opportunities offered by the wonderful world of polymer chemistry. His current research activities encompass a range of fundamental and applied endeavours focused on the development of functional polymers, hybrid smart materials, and interfaces.
鈥淢y contributions are related to the development of polymers, nanomaterials, surface chemistries, and chemistries in confined environments enabling the creation of innovative smart materials. These materials find applications in biomedical sciences, bio and chemical sensing, efficient light energy harvesting and conversion technologies, stimuli-responsive separation technologies, and environmental remediation,鈥 explains Dr. Basit.
Dr. Basit Yameen, with over two decades of experience with polymers, is also helping stakeholders including the government and industry in streamlining policies and regulations for plastic production and mitigating plastic-related pollution challenges.
Commenting on 吃瓜头条 and the research opportunities here, Dr. Basit says, 鈥湷怨贤诽 has established an ecosystem where I have been able to translate my vision of high-quality teaching, research, and service. The University has generously invested in the development of critical infrastructure, providing access to essential resources to conduct high-quality research. The internal funding mechanisms available at 吃瓜头条 are also unique and set the faculty up for winning the large national and international grants. We have an amazing collaborative environment within and across different schools that enables interdisciplinary work. So far, over 70 BS, MS, PhD, postdoctoral, and visiting researchers have supported me at the University.鈥
Meanwhile, he strongly believes that 鈥淪BASSE is living up to the dreams of its founders. We are still a young School, but the quality of research that we conduct is top notch.鈥
As Dr. Basit continues to support industries in their polymers and materials related developments, and contributes to the polymers and chemicals related entrepreneurial initiatives, he focuses on the direct impact of these on the economic well-being of his society. He stands out as one of the success stories reflecting the high standard and global relevance of the research work being conducted at 吃瓜头条.
