Research Achievements
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September 18, 2026Beihang team proposes APM-CIM system for neural network edge applications in IEEE Journal of Solid-State Circuits
A research team led by Professors Zhao Weisheng and Zhang Yue from the School of Integrated Circuit Science and Engineering at Beihang University has made significant progress in high-performance AI chip design, proposing an array partition multi-macro CIM (APM-CIM) system with dynamicsparse approximation for convolutional neural network (CNN) inference on edge applications.The findings have be...
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September 16, 2026Professor Shao Lihua's team and collaborators enable flexoelectricity-ion transport synergy for highly efficient energy conversion
Lightweight, flexible, and highly efficient energy conversion systems are of great application value for meeting the growing demand for distributed power supply and enabling high-performance sensing. Ion transport is a key process for achieving efficient energy conversion in industrial and biological systems, and it usually needs to be driven by an external electric field or an ion concentratio...
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September 11, 2026Professor Sun Baohua's team identifies best reaction target for determining proton distribution radii of atomic nuclei
Professor Sun Baohua's team from the School of Physics at Beihang University has made a significant breakthrough in nuclear physics, systematically revealing the universal physical behavior of empirical scaling factors in charge-changing cross-section measurements and demonstrating for the first time the unique advantages of heavy reaction targets such as Pb for precisely extracting proton dist...
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September 10, 2026Beihang team makes significant progress in wave manipulation and metamaterial design
Recently, the Intelligent Detection and Diagnosis Center of the School of Reliability and Systems Engineering at Beihang University has made important progress in the field of wave manipulation and metamaterial design. The related research results, titled "A less-for-more metamaterial paradigm via Laplace-Helmholtz correspondence," were published in the internationally renowned physics journal ...
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September 09, 2026Professor Zhao Yiliang publishes significant research on Chinese modernization in Social Sciences in China
Professor Zhao Yiliang from the School of Marxism at Beihang University has published a significant research paper, titled "The Narrative Structure of Chinese Modernization," in the English-language edition of Social Sciences in China (Vol. 47, No. 2, 2026). The paper has been indexed in major international databases including Web of Science.The article was originally published in Chinese as Th...
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September 08, 2026Beihang-led team reveals the persuasive effects of influencer narrative styles in recommending tourism activities
A significant advancement by an international and cross-institutional research team led by Associate Professor Yao Tang from the School of Economics and Management was published online in the international journal Tourism Management, titled "How to move you? The persuasive effects of influencer narrative styles in recommending tourism activities." The team includes Associate Professor Qiu Wei f...
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September 02, 2026Professor Zhang Xinghua's team redefines diffusion in two-dimensional disordered media
A research team led by Professor Zhang Xinghua from the School of Physics at Beihang University has made a significant breakthrough in understanding the physical mechanisms of particle diffusion in two-dimensional disordered media. The findings were published in Physical Review Letters, a premier journal in the field of physics.Diffusion in obstacle-free space is a classic problem famously tack...
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August 31, 2026Beihang's breakthrough in neuromorphic devices published in Nature Communications
Neuromorphic computing (NC), inspired by the brain's structure and function, offers an efficient computing paradigm suitable for distributed intelligence and edge computing. Its advantages stem from highly parallel neuron–synapse architectures that integrate algorithm and hardware at the physical level. Such devices can not only achieve massive parallel computing with extremely low power consu...
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August 13, 2026Beihang team achieves electrical control of exchange bias in sub-10 nm regime
A research team led by Professor Zhao Weisheng from the School of Integrated Circuit Science and Engineering at Beihang University has achieved a significant breakthrough in the electrical control of exchange bias at the sub-10 nmregime. The work, published in Nature Communications under the title "Electrical control of exchange bias in sub-10 nm regime enabled by single-nanotube patterning," i...
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August 10, 2026Beihang–Renmin University team publishes review article on solar polarization navigation
A collaborative research team led by Associate Professor Zhang Bei from the School of Automation Science and Electrical Engineering at Beihang University and Associate Professor Wang Le from the Department of Physics at Renmin University of China, has systematically reviewed the technological evolution of solar polarization navigation, with particular emphasis on recent advances in vortex polar...
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July 14, 2026Science Bulletin features Beihang's significant progress in orbitronics
Recently, the team led by Professor Zhao Weisheng at the School of Integrated Circuit Science and Engineering, Beihang University, has made significant progress in the field of orbitronics. To address the two major challenges in orbitronic material systems—low writing efficiency and limited engineering compatibility—the team designed a highly efficient and magnetic tunnel junction (MTJ)-compatible Ru/W orbital torque bottom electrode, and successfully achieved picosecond electrical switching of MTJs using orbital torque.
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July 09, 2026Beihang researchers reveal how hydrogen suppresses interstitial-vacancy cluster recombination in metals
A research team led by Professors Lu Guanghong and Zhou Hongbo from the School of Physics at Beihang University has elucidated a fundamental mechanism by which hydrogen impurity alters the evolution of irradiation damage inmaterials. The study, titled "Hydrogen reduced interstitial-vacancy cluster recombination in metals," was published in the journal Nature Communications.The interplay between...
