Core Insights - The article pays tribute to the contributions of distinguished individuals in the field of science, particularly highlighting the achievements of renowned atmospheric scientist, Zeng Qingsun, who developed the "semi-implicit difference method" for weather forecasting [4][11]. Group 1: Contributions to Atmospheric Science - Zeng Qingsun, born in 1935, is a prominent atmospheric scientist and recipient of the National Supreme Science and Technology Award, known for creating the "semi-implicit difference method," which is foundational for numerical weather prediction [4][11]. - His method significantly improved the accuracy of weather forecasts, achieving over 60% accuracy, which allowed for operational use in major meteorological centers [6][11]. - Zeng's work laid the groundwork for China's meteorological satellite remote sensing and established theoretical foundations for atmospheric infrared remote sensing [8][11]. Group 2: Development of Meteorological Technology - In the 1980s, Zeng became one of the youngest members of the Chinese Academy of Sciences and was instrumental in acquiring China's first high-speed computer for meteorological research [11]. - He emphasized the importance of developing advanced computational models to address climate change and environmental issues, advocating for both emission reduction technologies and a deeper understanding of climate mechanisms [12][13]. - The establishment of the "Huan" supercomputer in 2021 marked a significant advancement in China's capability for Earth system numerical modeling, enhancing the country's participation in international climate discussions [13][19]. Group 3: Personal Philosophy and Legacy - Zeng Qingsun's lifelong dedication to atmospheric physics is driven by a strong sense of patriotism and a desire to elevate China's scientific standing [16][19]. - He continues to mentor students and engage in research, emphasizing the importance of lifelong learning and contribution to the nation [19].