Core Insights - A team of undergraduate students from Wenzhou University has developed a high-performance conductive ink with completely independent intellectual property rights, achieving a 6-fold increase in conductivity and a 35% reduction in cost, which supports the upgrade of the domestic electronic label industry [1][3]. Group 1: Research Breakthrough - The team faced numerous challenges during a three-month research period, initially struggling with substandard conductivity in their samples [3]. - Through extensive research, including reviewing over 200 professional papers and making 137 formula adjustments, the team significantly improved their product [3]. - The introduction of a gallium-doped formula led to a substantial 6-fold increase in conductivity, while adjustments in screen printing parameters improved electronic label response speed [3]. Group 2: Intellectual Property and Collaboration - The project has established a complete intellectual property system, with 6 SCI papers published and 8 patents applied for [3]. - The project is expected to complete a pilot test phase of 50-100 kilograms by June this year and has already formed cooperation intentions with companies like Xinggu Optoelectronics and Zhejiang Mashang [3]. - Mass production of the product is projected to reduce electronic label production costs by approximately 40% [3]. Group 3: Youth and Innovation - The young team exemplifies the spirit of contemporary youth contributing to national technological advancement, showcasing perseverance in research [5]. - Their efforts not only contribute to the development of the domestic electronic materials industry but also serve as an inspiration for more young individuals to engage in technological innovation [5].