Let global science and innovation "migratory birds" become regular customers, Guangzhou Nansha establishes Spoonbill talent Fund

      On the day of the launch of the Spoonbill Talent Fund, five projects led by scientists domestic and international, namely Guangdong Quantity Technology (prepare), Genghai Technology (Guangzhou), Guangzhou Xinli Sodium Energy Storage Technology, China Analytical Bioinformation and Tonoxi Technology, conducted roadshows.

      The reporter learned from the interview that the roadshow projects covered the world's cutting-edge technology fields such as quantum computer, Marine biotechnology, ultra-low temperature and high rate battery technology, laboratory automation in the field of life science, and the fourth generation of wide band gap semiconductor - Gallium Oxide epitaxy technology, and were newly landed in Nansha, or just reached cooperation intention with Nansha.

      Guangdong Quantitative Technology (Preparation) is the first scientific research and transformation achievement of Professor Feng Mang of the Institute of Precision Measurement Science and Technology Innovation of the Chinese Academy of Sciences in the Guangdong-Hong Kong-Macao Greater Bay Area. In the second half of this year, Feng's team built the only ion trap quantum computer technology platform in Guangdong with four entangled qubits in Nansha. "We are a laboratory in an ultra-cold environment, but people often come, and the Greater Bay Area has many units of cooperation intention, which is the advantage of the Greater Bay Area to do scientific research transformation. Based on the platform, we will focus on industrial applications of quantum technology in various industries such as biotechnology, chemical materials, financial analysis, ship manufacturing and big data."

      At the beginning of August, Nansha Technology Financial Holdings signed a contract with the Hong Kong University of Science and Technology (Guangzhou), planning to support the cultivation and incubation of 50 scientific and technological achievements transformation projects in Hong Kong and Guangzhou within three years. The roadshow's Genghai Technology (Guangzhou) and Tonoxi Technology are from the Hong Kong University of Science and Technology. Tonoxi technology chief technology officer Liao Yimin said in an interview, "We are currently in Hong Kong, Nansha two laboratories to promote research and development, based in Nansha, we can form a cluster effect with many semiconductor companies that surrounding including Foshan and Dongguan."

Ludong University: Focus on the "Four Modernizations", and serve the high-quality development of integrated circuit industry

1、Strengthen top-level design and system construction, and promote high-quality development of disciplines.

2、Lighting research characteristics to lead the development of discipline connotation.

      First, establish research direction and form research characteristics based on discipline and social needs. Focusing on the frontier of integrated circuits, focusing on the major strategic needs of the country and the high-quality development needs of Shandong Province, it has condensed and focused on three research directions of integrated micro and nano electronic materials and devices, integrated circuits and system on chip design, integrated circuit devices and manufacturing processes, forming the basis of semiconductor material design and device preparation research. With the photodetector chip process research and development and system-on-chip design research as the core, and the industrialization of new X-ray detector system as the guidance of research characteristics. The second is to strengthen basic research and focus on source innovation. By integrating academic resources, we carry out original research on wide band gap semiconductor materials, deep ultraviolet detectors, and uncooled focal plane infrared detector chips. MOCVD research and development platform was built to carry out the growth of fourth-generation semiconductor Gallium Oxide electronic materials and device research and development. Third, build a research and development platform to further promote industrialization. Relying on the Shandong University Semiconductor Device and photoelectric Information Technology Collaborative Innovation Center, Shandong University photoelectric detector special chip Engineering research Center and other scientific research platforms, built the only three-dimensional trench electrode silicon detector research and development process line of universities in China, to promote the X-ray two-dimensional imaging detector and new three-dimensional electrode silicon detector high-end chip research and development and industrialization.

3、Deepen the interdisciplinary and the integration of Industry and education, training high-quality IC talents.

4、Transform scientific research achievements and improve the ability to serve regional economic development.

2023 Chinese Institute of Electronics Science and Technology Award to accept the project (team) announcement

      The nomination and recommendation work for the 2023 Science and Technology Awards of the Chinese Society of Electronics has been completed, and a total of 422 projects (teams) have applied. According to the Administrative Measures for Science and Technology Awards of the Chinese Society of Electronics and related work requirements, the Award work Office of the Chinese Society of Electronics (hereinafter referred to as the Award Office of the Society) organized a formal review of the nomination and recommendation projects (teams). The 388 projects (teams) to be accepted are now publicized.