Two graduate students in the Department of Mathematical Sciences, Chanaka Mapa Mudiyanselage and Muhammed Talha Azis, have been recognized for their research at the 65th Sanibel Symposium, a leading international conference in the quantum theory of atoms, molecules, and materials.
Chanaka was awarded the IBM Zerner Graduate Student Award for his work on the robustness of fixed-point iteration in local-correlation coupled-cluster algorithms. This award recognizes exceptional contributions to theoretical and computational chemistry at the graduate level.
Talha received the Best Poster Award in recognition of both the quality of his research and his clarity in presenting it to the broader scientific community. Their work addresses fundamental challenges in computational chemistry, particularly the development of reliable and efficient quantum many-body methods for modeling the electronic structure in molecular systems. These advances are important for applications ranging from chemical reactivity to materials design.
The Quantum Theory Project (QTP) is among the world’s largest research centers for theory, modeling, and computation of complex, novel molecular and materials systems. It focuses on the subtle, profound interplay of chemical and physical realism, develops quantum mechanical methods, implements them in innovative software, and applies them to challenging materials and molecules. The QTP is a multi-disciplinary institute of the Departments of Chemistry, Physics, Materials Science and Engineering, and Computer and Information Sciences and Engineering of the University of Florida. Founded in 1960 by Prof. Per-Olov Löwdin, it operates the world-renowned Sanibel Symposia.
