An Exploration of Xi Jinping's Method of Thinking on the Important Discourse on New Quality Productivity
The scientific method of thinking embedded in Xi Jinping's important discourse on new quality productivity is the methodological basis for analyzing and solving major theoretical and practical problems in the development of new quality productivity.In the context of the world's new round of technological and industrial revolution,which is expanding from the state to the society,Xi Jinping has comprehensively examined the extreme importance of the development of the new quality productivity,provided empirical guidance for understanding the evolutionary law of socialist productive forces with historical thinking,comprehensively clarified the strategic positioning of the development of the new quality productivity,expanded the overall pattern of the new quality productivity with a broad vision with strategic thinking,correctly dealt with all the relationships in the development of the new quality productivity with dialectical thinking to promote the practice of new quality of productivity to pave the way for anchoring the work,efforted to enrich the development of new quality of productivity of the times with innovative thinking for the realization of new quality of productivity of the creation of the transformation of a strong impetus,and the scientific established the development of new quality of productivity of the principle of the bottom line,with the bottom line thinking for the resolution of the new quality of productivity of the risk of challenges to the safety of the strong line of defense.A deep grasp of these thinking methods is of great significance for correctly recognizing the historical laws,epochal characteristics and future direction of the development of socialist productive forces,and for deeply promoting the theoretical expansion and practical innovation of new productivity forces.
New Quality ProductivityHistorical ThinkingStrategic ThinkingDialectical ThinkingInnovative ThinkingBottom Line Thinking
NETL
NSTL
万方数据
