“Laser was born in the 1960s, and it is called the four major inventions of the 20th century together with atomic energy, semiconductors, electronic computers, etc. It ranges from aerospace, automobile manufacturing, remote sensing detection, information transmission, and laser weapons to laser pointer , Button laser marking, laser freckle removal and acne removal, laser-related industries have penetrated into every corner of the national economy. This provides a better development opportunity for advanced laser pointer manufacturing. ”
Zhou Jun’s science is not optics. In 1991, Zhou Jun was admitted to Qufu Normal University, majoring in physics education. When graduating in 1995, he was recommended to be admitted to our school for postgraduate study in optical majors for his excellent grades. After three years of postgraduate study, he became interested in optics.
In 2001, he was admitted to the establishment of the earliest and largest laser professional institute-Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, under the tutelage of famous laser expert Lou Qihong. During his Ph.D. study, Zhou Jun, under the guidance of Researcher Lou Qihong and Academician Wang Zhijiang, opened up a world in the research field of exploring high-power fiber lasers. The series of fiber lasers developed were the highest power levels in China at that time. After graduating from PhD, Zhou Junliu continued to work on his favorite fiber laser research and development due to his outstanding performance in various fields.
In September 2007, the 101st Oriental Science and Technology Forum “High Power Fiber red laser pointer and Its Application Development Symposium” organized by Zhou Jun was held in Shanghai. Participants strongly appealed that the research in the field of fiber laser should continue to be strengthened, and Achieve localization and industrialization as soon as possible.
However, the current situation is that due to various complex factors, the transformation and industrialization of technological achievements are not easy. On the one hand, the scientific research achievements of many research institutes and universities belong to state-owned assets, and the path of transfer and transformation is not very smooth; on the other hand, even if the technology itself is transferred out, due to the problem of low technology maturity and the company’s own research and development capabilities It is not easy to be digested and absorbed by enterprises to realize industrialization, which makes many outstanding achievements have to lie there and sleep.