As an important part of the global financial system, China's stock market has unique characteristics and challenges, such as high market volatility, information asymmetry, policy risks, and market mechanism defects. This paper aims to analyze these major problems facing the Chinese stock market and propose practical solutions. By studying the challenges of market volatility, information asymmetry, policy risks, insufficient investor education, and imperfect legal framework, this paper proposes countermeasures to improve the stability and efficiency of China's stock market. These countermeasures include improving policy transparency, promoting institutional investor participation, strengthening investor education, improving information disclosure mechanisms, and strengthening market supervision. The results show that by implementing these measures, market volatility can be effectively reduced, information transparency can be improved, market efficiency can be enhanced, and support can be provided for the sustainable development of China's stock market. This study provides valuable insights for policymakers, investors, and scholars to promote the healthy and stable development of China's stock market.

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In recent years, the electronics manufacturing industry has undergone rapid changes, and part of the electronics manufacturing industry is shifting from China to Vietnam. With the development of artificial intelligence, its influence in various manufacturing industries around the world is gradually increasing, especially in the electronics manufacturing industry. This study explores the application of AI in the electronics manufacturing industry in China and Vietnam and how it affects the transformation of the electronics manufacturing industry in China and Vietnam and leads to a shift in the industry chain. The study uses data analysis including sources such as the WTO and Trade Map, and analytical method of RCA index calculation. This article focuses on the research question of the impact of the application of artificial intelligence in the electronics manufacturing industry on the production and export of technology-intensive and labor-intensive electronic products in China and Vietnam and how the impact has facilitated the shifting of electronics manufacturing from China to Vietnam. The results show that AI technologies such as predictive maintenance and quality control for high-tech electronics have given China an advantage in technology-intensive manufacturing, while Vietnam has enhanced its comparative advantage in labor-intensive manufacturing by optimizing its assembly and inventory management through AI technologies.

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This article aims to explore the relationship between gender equality and economic development. Through a comparative analysis of data from different countries, the article reveals the positive impact of gender equality on economic growth, employment rates, education levels, and health indicators. The study finds that gender equality is not only a fundamental human right but also a key driver of economic development. Gender equality can contribute to the diversification of the labor market and increase the proportion of women participating in economic activities, thereby increasing overall economic output. In addition, gender equality is associated with investment in education and improved health, which together work to increase a country's human capital and productivity. The article concludes with policy recommendations highlighting the role that governments and international organizations should play in promoting gender equality and how legislative, educational, and sociocultural reforms can be used to achieve gender equality and, in turn, promote economic development.

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In the context of global climate change, green and low-carbon development has emerged as an international consensus. China has established a dual-carbon target, aiming for carbon peaking by 2030 and carbon neutrality by 2060, thereby necessitating the green transformation of high-energy-consuming and high-emission industries. As a major carbon emitter, the construction industry needs novel development models to achieve sustainable development. The circular economy concept aligns well with steel structures, noted for their energy efficiency, environmental sustainability, recyclability, and high assembly efficiency. And this is a crucial pathway for the sustainable transformation of the building sector. This paper selects a typical steel structure enterprise in Zibo, Shandong Province as the research target. The corporate sustainability report and financial data from 2019 to 2023 employ the mutation level method to evaluate the impact on the enterprise’s economic performance, green performance, and operational performance across dimensions such as technological innovation, R&D investment, environmental protection expenditures, policy environment, and human resource allocation. The results show that the enterprise, under the guidance of the policy and its own strategic adjustment, has achieved remarkable results in its green transformation and continued to improve its performance indicators, while revealing the key paths of resource allocation optimization and green innovation.

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