Core Viewpoint - The article discusses an innovative educational approach at Yun Cai Wen Han School in Panlong District, Yunnan, where a "Math, Psychology, Sports, Eye Protection" integrated curriculum is being implemented to enhance students' awareness of eye health through mathematics and physical activities [1][4]. Group 1: Educational Approach - The school showcased a new model of practical education that combines mathematics with psychological and physical education to address myopia prevention [1][4]. - A math lesson titled "Defining New Operations to Protect Eyesight" was presented, where students learned to calculate their eye protection index based on outdoor activity data [2][3]. Group 2: Cross-Disciplinary Integration - The initiative represents a cross-disciplinary effort involving mathematics, psychology, and sports, aiming to create a comprehensive health education curriculum [4][5]. - Teachers are encouraged to integrate various subjects, including music, science, and technology, into this cross-disciplinary exploration [5]. Group 3: Health Objectives - The Yunnan provincial government aims to reduce the myopia rate among children and adolescents by 0.5 percentage points annually, prompting schools to adopt engaging methods for eye health education [4]. - Activities such as games and physical exercises are designed to make eye protection enjoyable and relatable for students [4].

Core Viewpoint - The "Outline for the Construction of a Strong Education Nation (2024-2035)" emphasizes the need to strengthen the synergy between science and technology education and humanities education, indicating a clear direction for educational modernization [1] Group 1: Significance of Synergy - For individuals, the synergy between science and humanities education is essential for achieving "comprehensive human development," aiming to cultivate well-rounded socialist builders and successors [2] - For education, this synergy is a necessary choice to address contemporary challenges and achieve intrinsic development, as interdisciplinary integration has become a primary paradigm for scientific research and knowledge innovation [2] - For the nation, this synergy serves as a powerful driver for sustainable development and civilizational progress, ensuring that technological advancements are guided by humanistic values [3] Group 2: Current Challenges - The internal drive to enhance humanistic literacy is weakening, with some STEM students viewing humanities courses merely as a means to fulfill credit requirements rather than as essential components of their core competencies [4] - Clear disciplinary boundaries and the need for innovation in curriculum systems and teaching models are evident, as current approaches often lack deep integration between humanities and STEM education [4] - Insufficient support for implementation platforms and evaluation mechanisms hinders the advancement of synergistic education, with existing evaluation systems focusing too heavily on traditional academic outputs [5] Group 3: Pathways to Constructing a Synergistic System - Promoting deep integration of curricula and innovative teaching methods is crucial, requiring the development of interdisciplinary core courses that embed historical reflection and social context into STEM education [6] - Building a cross-disciplinary teaching team is essential, with a focus on transforming educators into architects of cognitive ecosystems and enhancing their interdisciplinary literacy [7] - Expanding practical, multi-dimensional educational scenarios beyond campus boundaries is necessary, involving collaboration with museums, communities, and enterprises to create interdisciplinary practice bases [8]