To the west of Hangzhou City, Zhejiang Province, the 39km long science and innovation corridor in the west of the city has set up a number of high-energy science and innovation platforms and hot spots for entrepreneurship. In the forest of buildings, the information flow of logistics and people is highly concentrated, and the innovation momentum is surging. High density brainstorming, technical discussion, trial and error optimization... The team of Zhijiang Laboratory's Intelligent Supercomputing Research Center has started a new round of concentrated research. During this period of time, this team, with an average age of only 28, often worked tirelessly until late at night. "Our team's daily routine is to compete with each other." Tang Xuefei, a member of the "post-95" intelligent supercomputing research center of Zhijiang Laboratory who has just completed an important task, is slightly tired, but cannot hide his excitement. In the short period of more than one year since the establishment of the Intelligent Supercomputing Research Center, she has rapidly grown into a backbone of the team, and has made significant breakthroughs in the field of intelligent supercomputing with the team many times. "It was mentioned in the report of the 20th National Congress of the Communist Party of China that, guided by the national strategic needs, we should gather strength to carry out original and leading scientific and technological research and resolutely win the battle against key core technologies. As a scientific researcher, I feel deeply responsible." Tang Xuefei said, "Intelligent supercomputing is an important direction for original and leading scientific and technological research. Next, we will continue to challenge higher, faster and stronger." At present, Hangzhou West Science and Innovation Corridor has gathered more than 70% of the national key laboratories in Zhejiang Province, forming a high-energy innovation platform matrix. The total number of talents has reached 500000, most of whom are young science and innovation talents. Located in the artificial intelligence town in the middle of the corridor, the intelligent monitoring system of Hangzhou Ruer IOT Technology Co., Ltd. continuously receives the latest data. These data returned by IoT sensors can monitor the "health status" of mountains, lakes and urban buildings in real time. "It's like making CT for hidden danger points." Hu Hui, the chairman of Ruhr IOT of the "post-80s" generation, pointed to the beating figures and said that through the Internet of Things technology, they can use security professional models and artificial intelligence algorithms to diagnose targets and issue "prescriptions". Nine years ago, Hu Hui returned from Germany. He returned to his hometown Hangzhou with his team to start his business, focusing on the development of intelligent monitoring and early warning system and hardware equipment for the Internet of Things. "Although the process of entrepreneurship was not smooth, a series of supporting talent policies gave us strong support." Hu Hui said that their products have been used in many fields, such as geological disasters, water conservancy, transportation and housing construction. "We are excited by a series of important arrangements proposed at the 20th National Congress of the Communist Party of China. My dream is to protect more people's lives with the safe Internet of Things. We will continue to innovate and forge ahead." Hu Hui said. Not long ago, the Center for Synthetic Biology and Biological Intelligent Manufacturing of West Lake University was officially put into operation. More than 10 interdisciplinary distinguished researchers and doctoral guides focused on the new generation of biological drugs, biological materials, and large-scale green biological manufacturing core technologies based on carbon dioxide and solar energy, and began to promote project research and development. "Theoretically, a considerable number of important chemicals, fuels, natural products and raw materials in the world can be obtained by biosynthesis. But in fact, only less than 6% of them are actually produced by biosynthesis." Synthetic Biology and