Group 1 - The core idea emphasizes the transition of China's technology from following to leading, requiring courage and innovation to explore uncharted territories in research [1][3] - The discussion highlighted the importance of integrating various scientific fields, such as mathematics and artificial intelligence, to address domestic industrial needs and foster original research [1][2] - The need for a supportive environment for innovation was stressed, including a shift in evaluation systems to allow for failure and a societal respect for innovation [2] Group 2 - The meeting underscored the necessity for researchers to maintain a long-term commitment to their work, akin to "ten years sharpening a sword," to tackle unknown challenges [2] - The call for a transformation in research culture and practices was made, aiming to create a conducive ecosystem for innovation and to lead by example in scientific endeavors [2] - The integration of traditional Chinese cultural values into the innovation process was suggested as a means to enhance confidence and drive technological advancement [3]

Core Viewpoint - Shanxi University is exploring the essence of education through its innovative general education study tour courses, which integrate theory and practice by utilizing the rich cultural and ecological resources of Shanxi Province [3][9]. Group 1: Course Structure and Content - The general education study tour program has expanded to 8 courses by 2025, covering various fields such as humanities, history, technological innovation, and ecological protection [3]. - The courses emphasize the concept of "learning outside the classroom," allowing students to engage with local cultural heritage, such as the Jin merchant culture of Pingyao and the ecological landscapes along the Yellow River [3][9]. - A three-tiered spatial chain is established, consisting of theoretical foundations at the university, practical training at designated sites, and cultural experiences at historical locations [9]. Group 2: Interdisciplinary Approach - The program promotes cross-disciplinary collaboration by grouping students from different majors, encouraging them to view familiar subjects from new perspectives [10]. - Students engage in discussions that integrate their diverse academic backgrounds, leading to innovative solutions and insights, such as using biological pest control methods to protect ancient wooden structures [10][11]. - The curriculum is designed to balance the knowledge base and learning needs of students from various disciplines, fostering a multi-dimensional understanding of regional culture and rural revitalization [11]. Group 3: Practical Engagement and Cultural Resonance - Students participate in hands-on activities, such as creating traditional woodblock prints and conducting ecological research, which deepen their connection to cultural heritage and historical narratives [12][14]. - The courses encourage students to act as cultural decoders and innovators, utilizing modern technology to reinterpret traditional practices, such as 3D printing and AR applications for historical artifacts [13][14]. - The overall goal is to transform each study tour location into a "living classroom," where students can engage with local communities and understand the cultural and economic dynamics of rural revitalization [14].