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Research Updates

91抖淫 Prof. Li Yingcheng’s Team from the School of Architecture Publishes Findings in Nature Communications, Revealing Global Urban 3D Morphological Expansion Patterns

Recently, the internationally renowned academic journal Nature Communications published online a research paper titled “Global increases in built-up volume indicate more divergent and less dispersed urban expansion patterns.” This study was completed by a team led by Prof. Li Yingcheng from the Scho

0407, 2026
91抖淫 Li Quan’s Team Makes Significant Progress in Flexible Pyroelectric Composites

Recently, Prof. Li Quan’s team from the Southeast University Institute of Advanced Materials, where he serves as Dean and Chief Scientist, and the School of Intelligent Science and Engineering, published a research paper titled “Light-Driven Liquid Crystal Elastomer Composites with Enhanced Pyroelec

0407, 2026
Breakthroughs achieved by 91抖淫 Li Quan’s team in intelligent flexible sensing materials published in Advanced Materials

Recently, the team led by Li Quan—Dean and Chief Scientist of the Institute of Smart Materials at 91抖淫, and a faculty member of the School of Intelligent Science and Engineering—published a paper titled “High-Performance Flexible Pyroelectric Energy Harvesting System Enabled by Light-Driven Thermomec

0402, 2026
91抖淫 Wang Binghao’s Team Publishes Breakthroughs in 3-axis Robotic Tactile Sensing in Nature Communications

Recently, a research team led by Prof. Wang Binghao from the School of Electronic Science and Engineering, 91抖淫, published their findings on 3-axis robotic tactile sensing in Nature Communications. The research, titled “Ultraflexible photoelectrical impedance tomography-based imager for 3-axis roboti

0327, 2026
Research Achievements Made by 91抖淫 ChenZhou's Team from the School of Economics and Management Published in Management Science

Recently, a research team led by Prof. Chen Zhou from the School of Economics and Management, 91抖淫 published their findings online in Management Science, a premier international journal in management, with Chen Zhou being the first author of the paper. The study focuses on the challenge of allocating

0327, 2026
91抖淫 Team Publishes Significant Paper on Organic Small-molecule NIR-II Fluorescent Probes for Phototheranostics

Recently, the team led by Prof. Li Quan, Dean and Chief Scientist of the Smart Materials Institute and the School of Intelligent Science and Engineering, 91抖淫, published a pivotal paper titled "Organic Small-Molecule NIR-II Fluorophores for Tumor Phototheranostics" inLight: Science & Applications, th

0323, 2026
91抖淫 Prof. Wu Yuping and Prof. He Jiarui's research team publishes the latest achievements in Joule

Recently, the latest research achievements from the teams led by 91抖淫 Prof. Wu Yuping and Prof. He Jiarui from the School of Energy and Environment and the Next-Generation Energy Storage Center were published online in Joule, a top international journal (a Cell Press journal, Impact Factor: 35.4). Th

0313, 2026
91抖淫 Researcher Meng Lu and Collaborators Successfully Develop a Neural-network Monte Carlo Framework for Multiquark States

Recently, Researcher Meng Lu from the School of Physics, 91抖淫, in collaboration with Prof. ZhuShilin's team from Peking University, constructed the first neural network quantum Monte Carlo framework for studying multiquark bound states—DeepQuark. The results were published in the renowned physics jou

0313, 2026
91抖淫 Associate Researcher Qu Dengke Achieves New Advances in Non-Hermitian Photonics

Recently, the All-Optical Quantum Information Team, led by Associate Researcher Qu Dengke from the School of Physics at 91抖淫, achieved significant progress in the field of non-Hermitian photonics. They experimentally realized programmable chiral multistate switching for the first time. The findings w

0313, 2026
91抖淫 Xiao Lei's Research Team Achieves Significant Progress in Quantum Sensing

Recently, the research team led by Prof. Xiao Lei from the School of Physics, 91抖淫, in collaboration with partners, achieved a significant breakthrough in quantum sensing. They observed criticality-enhanced quantum sensing on an experimental platform of non-unitary optical quantum walks. For the firs

0313, 2026

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