Prof. Dr. Tulkin Rasulov is a professor of mathematics and Head of the Center of Excellence at Bukhara State University. His scientific work is focused on mathematical physics and advanced operator theory, where he has made internationally recognized contributions.
His research interests include spectral analysis of block operator matrices, Schrödinger operators, scattering theory, and mathematical models of quantum and condensed-matter systems. His studies address fundamental questions related to spectral properties, multi-particle systems, and operator methods in modern physics.
Prof. Rasulov has conducted research and collaborated internationally through academic visits and fellowships at leading institutions in Switzerland, Germany, and Italy, including the University of Bern and ICTP. He actively participates in international scientific projects and serves on editorial boards of several scientific journals.
With an extensive publication record and broad international experience, his work contributes to advancing contemporary mathematical physics and strengthening international scientific cooperation.

Suklyun Hong is an internationally recognized physicist and professor at Sejong University, where he has played a leading role in advancing research in condensed matter physics, two-dimensional materials, and computational nanoscience. He is also the founding director of the Graphene Research Institute.
His research focuses on theoretical and computational condensed-matter physics, with particular emphasis on the electronic and structural properties of low-dimensional materials. His work spans graphene, transition metal dichalcogenides (TMDs), carbon nanotubes, van der Waals heterostructures, semiconductor surfaces, and emerging quantum and photonic applications of two-dimensional materials.
Throughout his academic career, he has conducted research and held scientific appointments in both South Korea and the United States, including training at University of Pennsylvania and research positions at Georgia Institute of Technology and Oak Ridge National Laboratory. Beyond his research contributions, he has played an active international leadership role through the International Union of Pure and Applied Physics and served as President of The Korean Physical Society, contributing to the development of interdisciplinary and computational approaches at the intersection of physics, materials science, and future nano-enabled technologies.