The signing and establishment of Academician Tong Qingxi's workstation: CAS Xi'an Aerospace adds another layer of strong intellectual support.

On April 24, 2026, the eleventh "China Space Day" grandly opened at the Chengdu Century City New International Expo Center. The event, themed "Seventy Years of Exploring the Heavens, Joining Hands to Explore the Nine Heavens," brought together top industry enterprises, research institutes, and cutting-edge scientific and technological achievements to gather industrial strength and discuss a new journey in space exploration.

During the Space Day event, CAS Xiguang Aerospace focused on technological innovation and empowered development through major collaborations. Among them, the official establishment of Academician Tong Qingxi's workstation became a highlight of this Space Day event, injecting top-notch intellectual support into the company's technological upgrade and helping the high-quality development of the aerospace industry.

Academician Tong Qingxi is a leading figure in my country's remote sensing science field, having dedicated decades to the industry with fruitful achievements. The official signing and establishment of the Academician Tong Qingxi Workstation marks a significant leap forward in the company's R&D capabilities in hyperspectral remote sensing, satellite technology innovation, and data application transformation, laying a solid foundation for future breakthroughs in core technologies.

Subsequently, He Xiaoning, General Manager of the Aerospace Remote Sensing Division of CAS Xiguang Aerospace, specially announced the direction of the establishment of Academician Tong Qingxi's workstation, clarifying the core mission and development path of the workstation.

He Xiaoning emphasized that, focusing on the core needs of aerospace observation and application, the academician workstation and the company will subsequently focus on research and exploration in five major directions, and promote implementation in stages and steps to develop an advanced intelligent hyperspectral aerospace-ground collaborative observation system based on hyperspectral technology, integrating "high-performance payload, intelligent processing, and precise application" to safeguard technological innovation and industrial application.

The successful establishment of this academician workstation will inject top-notch intellectual support into CAS Xiguang Aerospace in core areas such as hyperspectral remote sensing, satellite technology innovation, and data application transformation, effectively promote technological breakthroughs and achievement transformation, help the company achieve higher-level breakthroughs in the commercial aerospace field, and continuously empower the high-quality development of my country's aerospace information industry.