Core Insights - The article emphasizes the transformation of scientific research outcomes into practical applications, highlighting the establishment of a pilot production line for polarized volume holographic (PVG) optical waveguides, which is crucial for scaling AR glasses manufacturing [1] - The shift in focus towards the commercialization of research results is becoming a core institutional and evaluative mechanism in universities, moving from theoretical discussions to addressing real industry needs [2] - Recent reforms in Jiangsu province, including the implementation of the "Empowerment Reform 2.0 Action" and the new regulations promoting technology transfer, are facilitating a more efficient and supportive environment for innovation [3] Summary by Sections Section 1: Pilot Production Line - The first pilot production line for PVG optical waveguides was launched on December 23, marking a significant step towards large-scale manufacturing of AR glasses [1] - The production line is a result of collaborative efforts led by Professor Zhang Yuning from Southeast University, transforming concepts into tangible industrial products [1] Section 2: Institutional Changes - Southeast University introduced a pioneering policy called "Ten Measures for Technology Transfer," which allocates over 70% of revenue from research outcomes to incentivize researchers [1] - The establishment of a "one-stop" service window and a 100 million yuan innovation fund aims to alleviate concerns among students and faculty regarding technology transfer [1] Section 3: Enhanced Collaboration - The collaboration between universities and industries has been strengthened, with project initiation cycles reduced to three months and commercialization timelines shortened by 6 to 8 months [2] - The establishment of innovation joint bodies allows for direct communication between industry needs and research teams, enhancing the efficiency of knowledge transfer [2] Section 4: Regulatory Support - The Jiangsu provincial government has enacted reforms to support technology transfer, including the separation of management for research outcomes and the establishment of supportive legal frameworks [3] - These reforms aim to encourage innovation and provide a safety net for failures, thus streamlining the technology transfer process [3] Section 5: Systemic Transformation - The approach to technology transfer has evolved from individual efforts to a systemic strategy, creating a "super platform" that integrates research outcomes, industry needs, and financial resources [4][5] - The "Double High Coordination" mechanism promotes deep partnerships between high-tech zones and universities, resulting in numerous collaborative projects and significant contract values [5] Section 6: Future Outlook - The ongoing improvements in institutional frameworks, professional platforms, and financial support are gradually bridging the gap between laboratory innovations and market applications [6] - The maturation of the regional innovation ecosystem is crucial for ensuring that scientific advancements reach their intended markets effectively [6]