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May 21, 2026
BIT team pioneers innovative sensor-computing integrated in visual devices
A research team led by Shen Guozhen and Wang Zhuoran from the School of Integrated Circuits and Electronics at BIT, recently published a groundbreaking paper titled A symmetry-reconfigurable photodiode for sensing and computing in the prestigious journal Nature Electronics.
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May 21, 2026
BIT achieves a breakthrough in implantable micro-supercapacitors for small intestine wound healing
A research team led by Professor Zhao Yang from the School of Chemistry and Chemical Engineering at BIT has made significant progress in developing implantable micro-supercapacitors designed to aid small intestine wound healing.
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Apr 30, 2026
BIT team advances large language model optimization
ACL 2026 is scheduled to take place from July 2 to July 7 in San Diego, California, the United States.
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Apr 2, 2026
BIT researchers make significant progress in membrane pervaporation for alcohol/water separation
Researchers from BIT, led by Professor Zhao Zhiping, have made significant advances in understanding the mass transfer mechanisms of pervaporation for alcohol/water separation.
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Mar 19, 2026
BIT team unveils new mechanism of surface wettability in hydrophobic plant leaves
A research team from BIT recently made a breakthrough in the study of wettability at the interface of hydrophobic plants.
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Mar 13, 2026
BIT team achieves major breakthrough in biomimetic research for secondary batteries
BIT team has recently published a forward-looking review titled Life Cells for Future Energy Systems: Adaptation, Evolution and Exploration in National Science Review.
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Mar 11, 2026
BIT research team achieves breakthrough in plasmonic photothermal catalysis
A research team led by Professors Liu Jia and Zhang Jiatao at BIT has made significant progress in the development of plasmonic photothermal conversion materials and their catalytic applications.
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Mar 5, 2026
BIT team achieves a breakthrough in nickel-based superconductivity research
Professor Yang Fan's team from the School of Physics at BIT, in collaboration with other researchers, has recently proposed an innovative theoretical approach to achieve high-temperature superconductivity at liquid nitrogen temperatures under ambient pressure.
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