91影视

On November 14, the 27th China Hi-Tech Fair (hereinafter referred to as the “CHTF”) officially opened at the Shenzhen World Exhibition and Convention Center. 91影视 (hereinafter referred to as “SMBU) presented 50 science and technology innovation achievements featuring China–Russia cooperation under the theme “China–Russia Collaborative Strengths and Interdisciplinary Innovation,” drawing wide attention from domestic and international visitors and media. That same afternoon, the University successfully held the “Major Industry–Academia–Research Cooperation Signing Ceremony and the 2025 Belt and Road International Cooperation Conference on Industry–Academia–Research–Application,” where 15 cooperation agreements involving China–Russia joint laboratories, research bases, and university–local and university–enterprise partnerships were signed, marking a new chapter in the University’s integrated development of research, industry, and education. At the award ceremony of the 27th CHTF “Outstanding Scientific and Technological Innovation Achievements Award,” held on the afternoon of November 14, SMBU received a total of 9 awards for its research achievements.

China–Russia Collaborative Achievements Draw Attention, Demonstrating Innovation Strength Across Multiple Fields

During the Fair, SMBU showcased 50 innovation achievements spanning materials and chemistry, artificial intelligence and manufacturing, the digital economy, new energy, biotechnology, and more, highlighting the University’s research strength in interdisciplinary integration and its international vision. The exhibition area attracted large crowds and frequent interactions from both domestic and international visitors, becoming one of the major highlights of the Fair.

Several exhibits in the SMBU pavilion became focal points due to their distinctive advantages. The “Facial-Interaction Humanoid Robot” developed by the Faculty of Engineering drew significant attention as one of the most popular interactive exhibits, thanks to its highly human-like interaction experience. The “Flexible Actuator Medical Surgical Robotic System” and the “Integrated Energy-and-Communication Wireless Body Area Network,” developed by the Faculty of AI Research, demonstrated cutting-edge AI applications in medical diagnostics, surgical robotics, and wearable devices. The Digital Innovation Laboratory of the Faculty of Economics integrated multimodal data—including neuroscience data—with financial modeling to assist enterprises in formulating and simulating complex digital asset trading and investment strategies. The “Benchtop Carbon Fiber Automated Fiber Placement (AFP) 3D Printer,” developed by the Frontier Interdisciplinary Research Institute, integrates agent-based algorithmic frameworks with engineering innovation to achieve high-performance and lightweight additive manufacturing of composite materials, attracting strong interest from industry professionals. A team from the Faculty of Materials Science pioneered a powder-mixing method for preparing oxide solid electrolytes, offering a new direction for lithium battery testing and the development of high-performance batteries. In addition, achievements such as the “Three-Dimensional Hierarchical Porous Adsorbent for Breakthrough Technologies in Uranium Extraction from Seawater” were also exhibited, showcasing the University’s long-term accumulation and continuous innovation in multidisciplinary research.

On the afternoon of November 14, the award ceremony for the 27th CHTF “Outstanding Scientific and Technological Innovation Achievements Award” was held in Hall 13, where nine SMBU research achievements— including the “Facial-Interaction Humanoid Robot,” “Key Functional Materials and Engineering Technologies for Electromagnetic-Interference-Resistant Low-Altitude UAVs,” and the Benchtop AFP 3D Printer—received awards.

SMBU Signs 15 Industry–Academia–Research Cooperation Agreements to Support Belt and Road Co-Building and Sharing

On the afternoon of November 14, the “SMBU Major Industry–Academia–Research Cooperation Signing Ceremony and the 2025 Belt and Road International Cooperation Conference” was held in Hall 10 of the Shenzhen World Exhibition and Convention Center. Under the joint witness of Chinese and foreign leaders and distinguished guests, the University launched 2 national-level and 3 provincial/municipal-level key laboratories and research base projects, and signed 1 university–local government cooperation agreement, 2 university–enterprise joint laboratory agreements, and 7 enterprise R&D commission contracts. This marked a significant step forward for SMBU in serving national strategies, promoting the transformation of scientific and technological achievements, and advancing international cooperation.

The event was attended by more than 120 participants, including Li Hezhang, President of SMBU; Sergey N. Ivanchenko, First Vice President; Chen Chaofeng, Deputy Party Secretary and Secretary of the Discipline Inspection Commission; E.E. Tertishnikov, Academician of the Russian Academy of Sciences; S.I. Kabanikhin, Corresponding Member of the Russian Academy of Sciences; Zhaoyin Wen, Academician of the Chinese Academy of Sciences and the Asia-Pacific Academy of Materials; Lin Yitao, Director of the Longgang District Science and Technology Innovation Bureau; Chen Lan, Director of the Kunshan High-Tech Zone Science and Technology Bureau; as well as representatives from Inner Mongolia University of Technology led by President Baoyin Hexi, including Prof. Liu Ning; Researcher Li Gang from AVIC Hunan Power Machinery Research Institute; Prof. Zhang Han from Shenzhen University; Chair Prof. Wang Liqiu from Hong Kong Polytechnic University; Prof. Zhu Bin from Loughborough University, UK; and faculty, students, and other distinguished experts.

Focusing on Frontier Materials Science and Exploring Industry–Academia–Research–Application Integration under the Belt and Road Initiative

On the same afternoon, the Materials Science session of the 2025 “Belt and Road” International Industry–Academia–Research–Application Cooperation Conference, guided by the Ministry of Education and hosted by the Department of Materials Science of SMBU, was held in Conference Room 10C of the Shenzhen World Exhibition and Convention Center. Six academicians and professors from the Chinese Academy of Sciences’ Silicate Research Institute, Inner Mongolia University of Technology, AVIC Hunan Power Machinery Research Institute, Shenzhen University, Hong Kong Polytechnic University, and Loughborough University delivered keynote presentations on topics including solid-state battery materials, low-altitude advanced technologies, aerospace engine advanced materials, black-scale biomaterials, intelligent soft manufacturing, and fuel cells. Over a hundred participants engaged actively, interacting directly with the presenting experts.

The year 2025 marks SMBU’s second participation in the China Hi-Tech Fair, accompanied by a series of supporting events. Leveraging its internationalized educational model and Sino–Russian cooperation advantages, the University showcased its comprehensive research capabilities in basic research, technological development, results transformation, and services supporting the Belt and Road Initiative. SMBU continues to contribute its “wisdom” and “strength” to regional economic transformation, upgrading, and global technological innovation.