《科技成果转化为标准指南》国家标准发布

Core Viewpoint - The article discusses the approval and release of the national standard "Guidelines for the Transformation of Scientific and Technological Achievements into Standards" (GB/T 33450—2025) by the State Administration for Market Regulation, aimed at addressing the challenges in transforming scientific achievements into standards and facilitating their application in production [1][2]. Summary by Sections Key Focus Areas - The standard emphasizes three main aspects: - It provides a feasibility analysis for transforming scientific achievements into standards, outlining the pathways and methods for the transformation process, effectively serving as a "transformation handbook" for researchers [2]. - It introduces pathways for transforming scientific achievements into international standards, offering technical support for incorporating China's advantageous scientific achievements into the international standard system, thus accelerating the transition from being an "active participant" to a "major contributor" in international standards [3][4]. - It establishes an evaluation index system for the transformation of scientific achievements into standards, enabling clear judgment on the suitability of scientific achievements for standardization, and detailing the handling of patents involved in the standards, including requirements for disclosure and licensing statements [5][6]. Importance of Standardization - The article highlights the growing trend of integrating standard development with technological innovation, ensuring that standard formulation is embedded in various stages of scientific activities. This integration is crucial for the rapid market entry of scientific achievements and enhancing industrial competitiveness [6]. - The State Administration for Market Regulation aims to improve the collaborative development mechanism between standardization and technological innovation, expediting the formulation of standards in key and emerging technology fields such as artificial intelligence, brain-computer interfaces, quantum information, and high-end equipment, thereby providing robust technical support for enhancing independent innovation capabilities and fostering new productive forces [6].