🎉Powering medical imaging, AR/VR, and embodied intelligence!
Joint research by #SUSTech and collaborators has yielded an efficient neural-field reconstruction system using resistive-memory-based compute-in-memory (CIM). This pioneering work is featured in @Nature.
A breakthrough in medical robotics! 🤖🩺
#SUSTech and collaborators developed an adaptive stiffness visuo-tactile robotic palpation system for surface topography reconstruction and deep lesion localization. The research is published in #IEEE/ASME Transactions on Mechatronics.
Located in Shenzhen, Southern University of Science and Technology (SUSTech) is a young world-class research university. Founded in 2010, it boasts a complete talent training system and top-tier disciplines, with three disciplines ranking among the global top 1‰ of ESI rankings.
It yields abundant high-level research achievements and adopts distinctive enrollment and education models. SUSTech has built 141 university-enterprise labs, transferring 684 research outcomes. Deeply integrated with regional development, it strives to grow into a globally influential world-class university.
Source: Shenzhen Release
Can tomatoes become super healthy food? 🤔
A research effort led by #SUSTech has developed a special functional tomato.🍅 It contains seven key nutrients to cover daily nutritional needs. Featured in @PNASNews, this work serves as a key approach to addressing global hidden hunger
Two of our own at #SUSTech, Academicians Xiaofei CHEN & Mingjie ZHANG, have each received the 4th National Innovation Pioneer Award 🎉
They claimed this top individual award at the ceremony for National Science and Technology Workers Day.🔬
Event Preview | Global Future Higher Education Summit: A New Ecosystem for AI-Driven Industry-Academia Collaborative Talent Development
6 June 2026
SUSTech Convention Center, Shenzhen, China
More Details: https://t.co/J0BgO8g2Xt
Online Registration Link: https://t.co/pIZTC54EKW
🎉New progress in chip-scale gyroscope development!
Joint research by #SUSTech and collaborators has yielded an innovative gyroscope scheme. This pioneering work is featured in @Nature.
Read more: https://t.co/uI6ZlW5kp1
On May 21, 2026, the Smart Classroom was unveiled at @tu_information (Nepal), coordinated by UNESCO-ICHEI, with academic support from @SUSTechSZ, and sponsorship from MAXHUB. This marks MAXHUB’s second sponsored Smart Classroom.
🧪Breaking breakthrough in asymmetric photocatalysis!
#SUSTech researchers developed a novel Relay Energy Transfer photocatalysis paradigm, with findings published in @ScienceMagazine.✨
Read more: https://t.co/KhbzWcqaN7
🌟Scientific breakthrough!
#SUSTech researchers, together with collaborative institutions, have seen their discovery of a novel strongly correlated electronic state and the unprecedented Transdimensional Anomalous Hall Effect published in @Nature.🔬
🎉 Exciting news!
Hong WANG, a 2025 graduate from #SUSTech, has been named the 2026 China National Champion of the #FrontiersPlanetPrize. Her research published in @ScienceMagazine reveals that anthropogenic climate change has significantly altered global river flow seasonality.
#SUSTech and collaborative institutions uncover a novel molecular mechanism for plant environmental adaptation, with this landmark research🔬 published in @CellCellPress 🎉 #LifeScience
#SUSTech Team and Collaborators discover novel field-reentrant #superconductivity in nickelate oxides🔬, with this landmark breakthrough on infinite-layer nickelate superconductors published in @Nature🎉
Read more: https://t.co/QWhiFFpybX
🔥New #MagneticTheory Breakthrough Published in @Nature#SUSTech researchers, in collaboration with international scholars, have advanced fundamental theories for symmetry-based magnetic classification🧲
#SUSTech & Dalian Institute of Chemical Physics (DICP) researchers reveal the hidden atomic-scale pathway of oxygen spillover in catalysis🔬, published in @Nature
Efim Zelmanov, Chair Professor of the Department of #Mathematics at #SUSTech, Fields Medal Winner🏅, member of the US National Academy of Sciences, and foreign member of the Chinese Academy of Sciences, shared his insights and invitation at SUSTech Campus Open Day✨.
New study by Qi-Hong Zheng, Huapeng H. Yu et al. @SUSTechSZ reveals that cells in moving tissues strengthen their connections by actively shuttling #adhesion proteins along cell edges to vertices, enabling rapid responses to mechanical forces https://t.co/jm4QqMCJTB
#Development
🔥New #Superconductivity Breakthrough Published in @Nature#SUSTech and collaborators @USTC@Tsinghua_Uni develop novel ambient-pressure high temperature superconductors and uncover key electronic structures, advancing research on high-temperature superconductivity mechanisms.