"Since 2018, Guoyi Quantum has successively launched a full range of commercialized X-band electron paramagnetic resonance spectrometer products with core independent intellectual property rights, breaking through the restrictions imposed by foreign countries on key microwave devices in China." In the application center of Guoyi Quantum (Hefei) Technology Co., Ltd., Chairman He Yu introduced the company. Guoyi Quantum is a leading enterprise in the domestic quantum field, with technology sourced from the University of Science and Technology of China. It has been deeply engaged in the field of quantum precision measurement for many years and has mastered a number of core technologies. "Made for China", the breakthrough in quantum precision measurement technology has brought an opportunity for China's high-end scientific instrument industry to "overtake on curves.". In September 2022, Guoyi Quantum released its independently developed "Quantum Diamond Microscope", which can achieve quantitative and non-destructive microscopic magnetic imaging. It has advantages such as high spatial resolution, high sensitivity, non-invasive, and wide field of vision. It has broad application prospects in multiple fields such as semiconductor, material science, geological science, and cellular magnetism. In addition to Guoyi Quantum, there are also more than 20 quantum enterprises distributed along the "Quantum Avenue" in Hefei Hi-Tech Zone, gathering a number of leading enterprises in the quantum field, mastering key core technologies in the fields of quantum communication, quantum computing, quantum precision measurement instruments, and so on. On the exterior wall of Yintai City, south of "Quantum Avenue", there are 2000 square meters of 8K high-definition images projected by lasers. In September 2022, the CCTV Mid-Autumn Festival Gala was broadcast live here. The technical support behind it came from the laser field of Shenzhen Technology of Hefei Panchromatic Light Display Technology Co., Ltd. The scientific research team led by two academicians has made many breakthroughs in the field of laser display. During the Beijing Winter Olympics, a giant "snow screen" with a full color laser was used to display ultra high brightness, ultra high definition, and large area full color on a complex snow surface. In addition, we have also developed 4K ultra high-definition full-color laser televisions, and successfully developed full-color laser headlamps for high-speed railway trains. Currently, many products with key core technologies are about to be put into the market. Hefei High-tech Zone, which gathers a group of deep technology enterprises, adheres to the establishment purpose of "developing high technology and realizing industrialization". It has over 2500 national high-tech enterprises and 500 effective invention patents per 10000 people. It has formed high-end industrial clusters such as artificial intelligence, integrated circuits, quantum information, network security, biomedicine, energy conservation and environmental protection. At the research and development center of Hefei Zhongke Prisheng Biomedical Technology Co., Ltd., staff are conducting platform research and development testing to prepare for the establishment of a technology platform for comprehensively promoting the settlement of the Zhongke Prisheng Cell Industry Base in the Hefei High tech Zone. In Hefei High-tech Zone, there are more than 200 such deep technology enterprises, with 394 deep technology technologies and 584 deep technology products. Among them, there are 12 "internationally advanced" technologies, 74 "internationally advanced" technologies, 148 "domestically advanced" technologies, and 160 "domestically advanced" technologies. According to a staff member from the Management Committee of Hefei Hi-Tech Zone, the next step for Hefei Hi-Tech Zone will be to continue to play a good "first mover" in innovation, accelerate scientific research and tackling key issues, focus on common issues in future industries such as quantum information, new energy, and precision medicine, and tackle basic theories and key technologies of key core technology issues, and strive to build a global leader