“传承红色基因”中越青年演讲会在广西南宁举行

Core Viewpoint - The event emphasizes the importance of youth in inheriting the "red gene" of friendship between China and Vietnam, promoting cooperation and development in various fields, and fostering a strong community with shared destiny between the two nations [1][2]. Group 1: Event Overview - The "Red Gene Inheritance" themed speech event took place in Nanning, Guangxi, with over 200 participants including young officials, media personnel, and entrepreneurs from both China and Vietnam [1]. - The event is part of the "Red Study Tour" project initiated by Chinese President Xi Jinping and Vietnamese leaders, aimed at enhancing youth exchanges between the two countries [1]. Group 2: Key Messages from Leaders - Xu Xiao, a senior official from the Communist Youth League of China, highlighted the need for youth to inherit the red gene and contribute to the modernization of both countries [1]. - Wang Weiping, Deputy Secretary of the Guangxi Autonomous Region, expressed hope that youth would continue the historical friendship and expand cooperation in various sectors such as economy, culture, and artificial intelligence [2]. - Nguyen Thi Huong, a representative from Vietnam, emphasized the importance of translating the spirit of the red gene into concrete actions relevant to contemporary development [2]. Group 3: Youth Presentations - Six young representatives from both countries delivered speeches showcasing their commitment to national development and the socialist cause, reflecting on the significance of the red gene in their lives [3]. - Specific examples included a young doctor discussing the historical significance of a local hospital and a student advocating for cooperation in technology and sustainable development [3]. Group 4: Program Details - The "Red Study Tour" program runs from February 8 to 12, 2023, across several cities in Guangxi, with 150 Vietnamese youth participating [4]. - Activities include visits to historical sites, economic development assessments, and dialogues aimed at exploring the red gene of friendship [4].