Doctoral Advisor | Northwest Normal University | China
Prof. Dr. Xiaochun Sun is a distinguished scholar recognized for extensive contributions to Mathematics, with a research profile that demonstrates strong analytical depth and sustained academic impact. His work in Mathematics spans complex fluid dynamics, fractional differential equations, harmonic analysis, and operator theory, reflecting a long standing commitment to advancing theoretical and applied Mathematics. He has authored numerous publications that address fundamental questions in Mathematics, contributing significantly to well posedness theory, dispersive structures, and the behavior of solutions within advanced functional spaces. His collaborations with national and international researchers highlight his influence across multiple domains of Mathematics, supporting interdisciplinary growth and strengthening global research networks in Mathematics. Prof. Dr. Xiaochun Sun has also played major academic leadership roles, contributing to institutional development while mentoring young scholars in Mathematics. His involvement in several competitive scientific research projects further demonstrates his capability to integrate Mathematics with emerging scientific problems, resulting in outcomes that support the broader scientific community. His academic service, teaching excellence, and recognition through various awards underscore his dedication to Mathematics and to strengthening educational quality. His collective achievements illustrate a career deeply rooted in Mathematics, consistently contributing to the expansion of knowledge, the development of research infrastructure, and the promotion of high standard scholarship. Prof. Dr. Xiaochun Sun continues to elevate the role of Mathematics in addressing contemporary scientific challenges, ensuring that his research outputs maintain both theoretical rigor and societal relevance. His contributions remain influential in shaping future advancements in Mathematics. Scopus profile of 31 Citations, 9 Documents, 4 h-index.
Profiles: Scopus | ORCID
Featured Publication
1. Global Well-Posedness for the Fractional Magneto-Micropolar Equations in Variable Exponent Fourier–Besov Spaces. (2025). Computational Mathematics and Mathematical Physics.