Nobel Prize winner in physics, "Father of Blu-ray LED" Nakamura Shuji visited Shenzhen yesterday, and discussed with the provincial party committee deputy secretary, the municipal party committee secretary Ma Xingrui, and the mayor Xu Qin on the construction of the laser industry research institute and the layout of the laser lighting industry chain. And reached a preliminary consensus.
On October 7, 2014, Nakamura Shuji and Akasaka and Amano won the 2014 Nobel Prize in Physics for inventing the "High Efficiency Blue Light Emitting Diode" (commonly known as "Blue LED"). Today, he hopes to use laser lighting to subvert the era of LED lighting he created in Shenzhen.
What are the advantages and disadvantages of laser lighting compared to LED lighting? Nakamura said that the laser illumination has a smaller light-emitting area, higher luminous efficiency, easier sensory focus and longer illumination distance, and can be widely used in automobile headlights and other fields. BMW and Audi are currently working on applying this technology to their new products. At the same time, laser illumination is a "point source", which can be combined with fiber optic technology in the future, and both can collide with huge application prospects.
"Laser instead of LED lighting is the future trend, and its production cost will gradually decline with the improvement of industrialization level." Nakamura said that Shenzhen itself is an LED industry gathering place, and the industry support is very mature. In the lighting industry market around Shenzhen, which is close to 400 billion yuan, "this big cake" has a strong appeal to me." He bluntly.
Also attending the meeting with Nakamura were Steven Ardens, academician of the National Academy of Engineering, Dr. Aziya Haike, an American intellectual property expert, and Dr. Li Wei, President of Guangfeng Optoelectronics. The team hopes to get support from the Shenzhen Municipal Party Committee and Municipal Government. It will establish a laser industry research institute and a joint venture company to build up the core components and core modules of laser lighting, incubate and drive the upstream and downstream enterprises of the industrial chain, and at the same time pull the industrial fund. Form a gathering of talent, patents and markets.
Ma Xingrui and Xu Qin expressed support for the construction of the research institute. They said that laser illumination has three characteristics: "high spectral purity, strong directional function, and obvious point source characteristics." More than car headlights, it can be applied to more unknown areas. I hope that the institute can continue to explore and promote the industrialization of laser lighting.
If Nakamura Shuji can successfully bring his research results to Shenzhen, he will become the second Nobel laureate to work in Shenzhen. In June of this year, Southern University of Science and Technology and Robert H. Grubbs, a professor of the Department of Chemistry at the California Institute of Technology, and the Nobel Prize in Chemistry, established the Grubbs Institute in Shenzhen, focusing on research in new medicine, new materials and new energy.
In the past two years, a large number of "universities" and "research institutes" jointly run by China and foreign countries have signed or landed in Shenzhen. Shenzhen attaches more importance to the source innovation ability than any previous period.
City leader Zhang Hu attended the meeting.
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