Tianfu Jiangxi Laboratory (Electromagnetic Space and Ubiquitous Connectivity Laboratory) is a premier research institute strategically established by Chengdu High-tech Zone, the University of Electronic Science and Technology of China (UESTC), Huawei, BOE Technology Group, and other leading institutions. As one of the four direction-focused laboratories under Sichuan Tianfu Laboratory, it serves as a high-energy innovation hub dedicated to driving cutting-edge research and fostering transformative technological advancements.

The laboratory is located in Chengdu Future Science and Technology City International Science and Education Park, covering an area of approximately 60 mu (about 40,000 square meters) with a total building area of around 100,000 square meters. Officially inaugurated on November 23, 2022, the laboratory is led by Academician Guo Guangcan and supported by an esteemed Academic Committee composed of 23 top national experts, including 13 academicians from the Chinese Academy of Sciences and the Chinese Academy of Engineering.

Focusing on research in electromagnetic space and ubiquitous connectivity, the laboratory is pioneering breakthroughs in embodied intelligence, electromagnetic sensing, and advanced connectivity. With five frontier research centers and one technology innovation center already established, Tianfu Jiangxi Laboratory is at the forefront of scientific innovation and industrial transformation.

By 2025, our goal is to become a leading national research base and talent hub, playing a crucial role in global technological frontiers, national strategic developments, and the Chengdu-Chongqing Twin-City Economic Circle’s advancement.

We sincerely invite outstanding talents from around the world to join us. Whether you are an established researcher or an emerging scholar, we offer a dynamic and collaborative environment where you can push the boundaries of scientific innovation, contribute to pioneering research, and drive transformative advancements in optoelectronic materials and devices, infrared imaging, intelligent medical imaging, photonic energy conversion, hyperspectral imaging, VR light-shadow interaction, high-energy photon flash radiotherapy, circularly polarized light detection, integrated optoelectronic sensing and detection, low-altitude aerial vehicle applications, and embodied robotics. Together, we aim to shape the future of science and technology in these cutting-edge fields.