Bibliometric analysis of new quality productivity in biomechanics research based on CiteSpace

The new quality productive forces provide scientific guidance for countries to promote high-quality development and represent advanced productive forces in line with the new development concept. It is an inevitable requirement for adapting to the transformation of China’s economic development stage and a strategic measure to cope with the increasingly fierce international competition. Existing research primarily focuses on the theoretical connotations, characteristics, formation logic, and industrial practices of new-quality productive forces, but lacks comparative analysis and literature reviews of domestic and international studies. Drawing inspiration from the principles of biomechanics, this study delves into the intricate mechanisms underlying the rise of these advanced productive forces, aiming to unravel their potential to empower sustainable economic development. Akin to the dynamic interplay of form, function, and adaptation observed in biological systems, the new-quality productive forces embody the harmonious integration of scientific guidance, technological innovation, and market-driven optimization. Just as the human body's musculoskeletal system leverages the principles of force transmission and load distribution to achieve efficient movement, these productive forces harness the synergistic power of knowledge, technology, and market forces to drive economic progress. This paper employs the CiteSpace knowledge map tool to analyze the publication volume, author collaboration networks, keyword clustering, timelines, and emergent words from relevant literature in the core databases of CNKI and Web of Science. Drawing inspiration from biomechanics, the study highlights the importance of balancing the top-down and bottom-up forces that govern the formation and transformation of new-quality productive forces. Much like the human body's ability to adapt to changing environmental conditions, the successful integration of these productive forces into the economic landscape requires a delicate interplay of strategic planning, technological innovation, and market-driven optimization. By aligning the insights from this research with the principles of biomechanics, the study offers a unique perspective on the sustainable development of the economy. Just as biological systems exhibit elegant and efficient mechanisms to harness energy and resources, the new-quality productive forces hold the potential to empower countries to navigate the increasingly fierce international competition and achieve long-term, high-quality economic growth.