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Research Team from EIT and Collaborators Uncover Driving Mechanisms Behind 2023's Global Extreme Marine Heatwaves

2023 was recorded as the hottest year globally. While extreme land temperatures made headlines, a deeper, more critical issue lay beneath the ocean surface: why did the global ocean, Earths primary climate regulator, simultaneously overheat to record extremes?Recently, a groundbreaking study led by Academician Dongxiao Zhang and Assistant Professor Yuntian Chen from the Eastern Institute of Technology, Ningbo, in collaboration with the Southern University of Science and Technology and several ot

COLLEGE OF ENGINEERING

2025-07-25
Research Progress| Associate Professor Zijin Huang Publishes in Nature Reviews Physics with In-Depth Analysis of Topological Rainbow Trapping Mechanism

Research Progress| Associate Professor Zijin Huang Publishes inNature Reviews Physicswith In-Depth Analysis of Topological Rainbow Trapping MechanismRecently, Associate Professor Zijin Huang from the School of Electronic Science and Technology in the College of Information Science and Technology of EIT Ningbo, together with collaborators including Assistant Professor Kosmas L. Tsakmakidis from the National and Kapodistrian University of Athens, published a review article titled Topological Rainb

College of Information Science and Technology

2025-07-16
Research Progress | Professor Suhuai Wei and Collaborators Overcome Efficiency Bottleneck in Nitride UV LEDs, Findings Published in Top Physics Journal

Recently, a significant advancement in the study of carrier dynamics in wide-bandgap nitrides has been made by Professor Suhuai Wei, Dean and Chair Professor of the School of Physics at College of Science of EIT Ningbo, in collaboration with the team of Researchers Zhiming Shi, Xiaojuan Sun, and Dabing Li from the Changchun Institute of Optics, Fine Mechanics and Physics (CIOMP) of the Chinese Academy of Sciences. They proposed a novel strategy utilizing interface defect engineering to accelerat

College of Science

2025-07-11
Research Progress | Tong Zhou's Team Proposes Antiferroelectric Altermagnets, Unveiling a New Paradigm for Electric-Field Control of Magnetism

In a significant advancement within the fields of multiferroics and spintronics, the research team led by Associate Professor Tong Zhou from EIT has recently achieved a significant progress. The team has, for the first time, proposed a novel class of multiferroic systems—antiferroelectric altermagnets (AFEAM). Leveraging this new material platform, they have demonstrated highly efficient control of both magnetic order and spin polarization using external electric fields. This seminal work, entit

College of Science

2025-03-13

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