Exploring wave-matter interactions through cutting-edge theoretical, computational, and experimental approaches
Our team has developed an integrated cloud-computing platform for microwave scattering modeling.
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Our team builds up a microwave scatterometer for environment monitoring and installs it on campus with in situ observations.
Our lab collaborates with leading remote sensing institutes to perform the Altay snow microwave remote sensing campaign in the 2024-2025 snow season addressing snow melting features.
Our lab is leading the development of a virtual reality enabled and artificial intelligence enhanced electromagnetic laboratory to transform traditional electromagnetics education.
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Join our interdisciplinary team working on innovative electromagnetic technologies and applications. Gain hands-on research experiences, interact with leading researchers and contribute to publishable research.
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EMSL welcomes 5 new graduate candidates to join the group in September 2025. Warm welcome to Weibo Yuan, Liuyu Xu, Haobo Kang, Rongruo Shang, and Jiahui Li!
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Our accepted GRSM paper on the shared computing platform RSHub for microwave scattering modeling is now available through Authorea.
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Prof. Shurun Tan presented 2 papers at IGARSS 2025.
Congratulations to Syed Imran Haider for receiving the Best Student Paper Award at the 2025 International Applied Computational Electromagnetics Society Symposium (ACES-China 2025) for his innovative work on EM information analysis for joint communication and environmental sensing in scattering-intensive wireless systems.
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Prof. Shurun Tan is invited to give a seminar at the national space science center in Beijing on Recent Advances in Random Media Scattering towards Physical Model and AI Driven Microwave Data Analysis.
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We welcome 7 undergraduate students to our lab for the 2025 summer research internship program.
Featured techniques to handle random medium and periodic structure scattering with applications in microwave remote sensing and wave-functional materials.
Advancing microwave remote sensing technology through physical modeling, retrieval algorithm, and observation system innovations.
Developing theoretical and engineering basis for advanced communication, sensing, and computing systems.
Expertise: Electromagnetic theory, scattering modeling
Expertise: Snow Remote Sensing, Large Language Model, data assimilation
Expertise: Communication, EMI, Ice Sheet Remote Sensing