Introduction: As a top priority in the management reform of the national science and technology plan, the national key research and development plan has received attention from all parties. At present, the total publicly announced funds have exceeded 27.6 billion yuan. Projects 18, 19, and 20 are all three primary color laser display technology projects.

OFweek Laser Network News: The laser display technology topics involved in the 2016 National Key R&D Plan all focus on the three primary color laser display technology. In the industrialization path of this technology, in recent years, the national enterprise Dewei Video has taken the lead in making many positive explorations and practices.

With the maturity of technology and the continuous standardization of industry order, projection companies and home appliance companies, including Dewey Video, Barco, Keshi, NEC, Sony, Guangfeng Optoelectronics, Shimeile, and Hisense, have all adopted laser displays and began to ship in large quantities in 2016, thus indicating the true arrival of the laser display era.

According to the analysis and prediction of research institutions, laser display is an important stage in which the penetration rate will increase from 10% to 60% in the next three years. By 2020, it will be promoted to a sunrise industry with a billion yuan level.

Distribution Map of Chinese Laser Display Enterprises

Earlier this year, the public service platform of the National Science and Technology Management Information System successively announced the list of projects planned to enter the review stage for the 2016 national key research and development plan key projects and pilot projects. As a top priority in the management reform of the national science and technology plan, the national key research and development plan has received attention from all parties. At present, the total publicly announced funds have exceeded 27.6 billion yuan. Among them, projects 18, 19, and 20 are all three primary color laser display technology projects. The research objectives and main contents of the project are as follows:

Project 18. Basic Research on Key Materials and Technologies of Three Primary Color Semiconductor Lasers (LD) for Laser Display

Project number: 2016YBB04001800

Central financial and economic funds (10000 yuan): 2400.00

Project implementation cycle (year): 4.5

Project leader: Institute of Semiconductor, Chinese Academy of Sciences

Introduction: It has two national research centers; Three State Key Laboratory; Two hospital level laboratories (centers). In addition, there are also Semiconductor Integrated Technology Engineering Research Center, Optoelectronics Research and Development Center, High Speed Circuit and Neural Network Laboratory, Nano Optoelectronics Laboratory, Optoelectronic System Laboratory, All Solid State Light Source Laboratory, Component Testing Center, and Semiconductor Energy Research and Development Center.

Project leader: Zhao Degang

Introduction: PhD, researcher, doctoral supervisor. Mainly engaged in the growth and device research of GaN based optoelectronic materials, with a deep understanding and understanding of the material growth mechanism, material physics, and device physics of GaN based ultraviolet detectors. We have successively developed high-performance GaN based ultraviolet detector unit devices, planar arrays, and APD detectors, and have also made contributions to the implementation of China's first GaN based laser.

Project 19. Basic Research on Key Technologies of Three Primary Color LD Laser Display Machine

Project number: 2016YBB04001900

Central financial and economic funds (10000 yuan): 1600.00

Project implementation cycle (year): 4.5

Project leader: University of Science and Technology of China

Introduction: It is a comprehensive national key university affiliated to the Chinese Academy of Sciences, which focuses on cutting-edge science and high-tech, and has both characteristic management and humanities disciplines. In recent years, a number of world-class scientific research achievements have been achieved in cutting-edge fields such as quantum information, polymer science, high-temperature superconductivity, nanoscience, Earth's environment, life and health.

Project leader: Xu Lixin

Introduction: PhD, Associate Professor of the Department of Physics at the University of Science and Technology of China, Deputy Director of the Anhui Key Laboratory of Optoelectronics Technology and Science, research direction: Fiber Optic Communication and Devices, Fiber Optic Lasers.

Project 20. Development and characterization evaluation of dual high-definition/large color gamut laser display equipment

Project number: 2016YBB04002000

Central financial and economic funds (10000 yuan): 6500.00

Project implementation cycle (year): 4.5

Project leader: Institute of Physics, Chemistry and Technology, Chinese Academy of Sciences

Introduction: It is a research institution with a background in physics, chemistry, and engineering technology, and a mission of high-tech innovation and research on transfer and transformation of achievements. The main research areas include photochemistry/functional materials and technology, functional crystals and laser technology, low-temperature science (engineering) and technology, national security related technologies, and bio based materials and medical technology equipment.

Project leader: Bi Yong

Introduction: Doctoral supervisor, researcher of Institute of Physical and Chemical Technology, Chinese Academy of Sciences. In September 2015, Dr. Bi Yong's laser manufacturing team participated in the evaluation and was ultimately proposed to be admitted to the research institute as an innovative project.

The above three major topics are strategic, fundamental, and forward-looking scientific issues related to the core competitiveness, overall independent innovation ability, and national security of China's display industry. The main goal is to achieve breakthroughs in the key technologies and related supporting technologies of laser display machine research and development, and ultimately develop an internationally leading solution for three primary color laser display machine, establishing national/industry standards.