#INNOVATIVE MARINE AQUARIUM SERIES#
A series of catastrophic defeats in the Opium Wars showed Chinese leaders the terrible consequences of neglecting the development of science and technology. The first challenge for the Chinese Communist Party is shaped by the 19th-century circumstances surrounding the origin of modern Chinese thinking on science policy. What Is China Learning from the Ukraine War? These include an imbalance between basic science research and technology development a top-down approach that prioritizes Party control over effective S&T policy and an inordinate, and often self-defeating, focus on quantitative indicators to measure performance.įour Ways China Is Growing Its Media Influence in Southeast AsiaĬhina May Have Just Taken the Lead in the Quantum Computing Race In examining Beijing’s approach to S&T planning, processes, and funding, the research found that while China has indeed made impressive science gains in recent years, it continues to suffer from multiple structural problems that hamper its goal of becoming a self-reliant innovation powerhouse. This has led to a host of new proposals and policy initiatives, ranging from increases in DoD research spending to the recent debate over the China competition bill in Congress.Ĭhina’s ability to realize these visions depends on its answer to the question that any government has to ask of its science and innovation policy: “What is the best way to organize and oversee scientific research in pursuit of national objectives?” That is, how can the regime best support the scientific research community, nurture scientific talent, and harness the power of S&T to advance national goals?Ī recent report from BluePath Labs for the China Aerospace Studies Institute found that answering these questions may not be as easy as Beijing hopes and these fearful narratives portray. Countless articles and reports frame it as a new “Sputnik Moment” and a key element of U.S.-China strategic competition. Building on strong performance in common science-and-technology indicators and advances in cutting-edge areas such as AI, quantum computing, and hypersonic flight, China is now striving to achieve two of the remaining milestones outlined in its 2016 Innovation-Driven Development Strategy: joining the front rank of innovative countries by 2035 and becoming a “global scientific great power” by 2050.Īll this has animated calls for an American response to ensure the United States’ leading position in scientific and technological progress.
In Beijing, China has entered its latest policy-planning period, the 14th Five-Year Plan. Perkins engine parts near seoul.A future in which China is the world’s dominant scientific power fills the imagination of leaders in both East and West.
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