On May 8, Gudong Technology, a leading company in AR and optical display materials, and the School of Physics and Optoelectronic Engineering of Beijing University of Technology officially held an industry-university-research cooperation signing ceremony. The two parties focus on key technologies such as polymer materials and optical waveguide core devices required for AR optical display. Through the integration of schools and enterprises, the two parties will jointly develop cutting-edge materials for AR smart display devices to address stuck technical problems.
The cooperation between Gudong Technology and the national key disciplines, laboratories and research centers of the School of Physics and Optoelectronic Engineering of Beijing University of Technology is a milestone in the deep integration of industry, academia and research between the two parties. Through cooperation, the two parties hope to provide a new generation of optical display materials and volume holography. The research and application of diffractive optical waveguide devices explore new directions to promote the industrialization of diffractive optics and help develop new productivity.
Yao Aihua, Secretary of the Party Committee of the School of Physics and Optoelectronic Engineering
Yao Aihua, Secretary of the Party Committee of the School of Physics and Optoelectronic Engineering, emphasized that this cooperation signing ceremony is not only an affirmation of the results of past cooperation, but also expectations for future cooperation and development. It is hoped that through this cooperation, both parties will further strengthen academic exchanges, promote in-depth integration of industry, academia and research, jointly explore cutting-edge technologies in the field of optoelectronics, and contribute wisdom and strength to my country's technological innovation and industrial development.
Cui Haitao, Chairman of Gudong Technology
Cui Haitao introduced in his speech that as the world's leading leader and innovator of AR optical display and spatial computing technology and industrial integration solutions, Gudong Technology has established four core R&D teams in optics, intelligent hardware, AI algorithms, and software platforms. , and cooperated with leading international university laboratories and scientific research institutions to establish an AR cutting-edge technology research institute, which consists of a new materials research and development center and a Hangzhou optoelectronics production research center. At the same time, it built its own high-precision nanoscale holographic optical laboratory and has applied for a super It has hundreds of core invention patents in the fields of AR optics and AR algorithms, and has grown into a leading company in industrial AR and AR display materials and devices.
Cui Haitao said that he was very grateful to the leaders and experts of the college for their strong support. The joint construction of the base with the college marked the beginning of in-depth cooperation between the two parties in the fields of emerging optoelectronics and new materials. This is not only conducive to attracting outstanding talents from the college to participate in the company's new generation of AR optical display research and development, but also has far-reaching significance for the training of college students, discipline construction and the development of the AR industry.
Zhang Xinping, Dean of the School of Physics and Optoelectronic Engineering
Zhang Xinping, Dean of the School of Physics and Optoelectronic Engineering, pointed out that the formal signing between the two parties reflects the joy and fruitfulness of the early cooperation. It is a manifestation of mutual trust, mutual respect and common development between the two parties. It is the starting point for the two parties to further develop in-depth substantive cooperation. He hopes that both parties Future cooperation can produce results and achieve win-win cooperation between schools and enterprises.
Finally, the two parties conducted in-depth exchanges and discussions on cutting-edge new productivity cooperation such as new materials and AR optical displays, as well as school-enterprise cooperation such as academic exchanges and talent training. It is believed that as the cooperation between the two parties deepens in the future, the "last mile" of the transformation of scientific research results will be opened up through the combination of science and engineering, teaching and practice, talent training base, industry, academia and research, and industrial innovation will be promoted through scientific and technological innovation, especially the emergence of cutting-edge new technologies. New industries and new models will contribute to the development of the country’s new generation of AR optical display industry and emerging optoelectronic industry.
Source: Gudong Technology
The original article was first published on the WeChat official account (Aibang VR Industry News)：Gudong Technology and the School of Physics and Optoelectronic Engineering of Beijing University of Technology jointly research AR optical waveguide polymer materials
English 
Chinese