Dr. Qingfang Jiang is a researcher in the field of optical communications and atmospheric physics, currently affiliated with Nanjing University (Nanjing, Jiangsu, China), as indicated by her author profile on IgMin Research She specializes in the satellite‑to‑ground laser communication domain, merging theoretical analysis with practical deployment. In July 2024, she co‑authored a pivotal open‑access mini‑review titled “Analysis of Reliable Transmission Performance Optimization Methods for Satellite‑to‑Ground Laser Communication Links,” working alongside Zhi Liu, Kanglian Zhao, Xianzhu Liu, Wanzhuo Ma, and Xiaolong Ni. This work offers a comprehensive evaluation of atmospheric channel constraints—such as cloud coverage, turbulence, and aerosol scattering—and outlines strategies including ground‑station placement optimization, adaptive coding/modulation, and real‑time link quality prediction to enhance transmission performance.

Prior to her recent contributions, Dr. Jiang established a strong research record in boundary‑layer meteorology and turbulence modeling. According to her ResearchGate profile, she has investigated topics such as refractive‑index structure (Cn²), coastal‑marine boundary layers, and internal waves—using large‑eddy simulations to quantify turbulence impact on electromagnetic wave propagation. Her work extends beyond laser‑comms, contributing to geophysical fluid dynamics and enhancing predictive models of atmospheric variability.

Dr. Jiang’s expertise lies in the intersection between atmospheric modeling and optical signal engineering, combining rigorous numerical simulations with laser propagation analysis. Her scholarship strengthens the engineering foundation necessary for future space‑based optical networks. Through open‑access publishing and interdisciplinary collaboration, she advances both the academic and applied dimensions of next‑generation communication systems.

Dr. Qingfang Jiang's research interests lie at the intersection of atmospheric physics, optical communication, and geophysical fluid dynamics. She focuses on enhancing the reliability and performance of satellite-to-ground laser communication systems by addressing atmospheric interference, such as turbulence, cloud coverage, and aerosol scattering. Her work includes the application of adaptive coding and modulation techniques, real-time signal quality prediction, and optimization of ground station placement. Additionally, Dr. Jiang has a strong background in boundary-layer meteorology, where she utilizes large-eddy simulations to study turbulence dynamics and refractive index variations (Cn²) affecting electromagnetic wave propagation. She is also interested in internal wave dynamics, ocean-atmosphere coupling, and the modeling of atmospheric stratification over marine and coastal regions. By combining numerical modeling, remote sensing, and physical experimentation, her interdisciplinary research contributes to the development of high-capacity, climate-resilient optical communication networks for aerospace and defense applications, while also advancing fundamental understanding in atmospheric sciences.