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한국어로 읽기Leer en españolIn Deutsch lesen Gap اقرأ بالعربيةLire en françaisЧитать на русском The concept of a multipolar (or polycentric) world order [1] was first coined by Academician Yevgeny Primakov in 1996 [Primakov 1996]. Like everything new, it was not immediately accepted, but ultimately became a significant contribution to both domestic and world theory of international relations, offering a compelling alternative to Western approaches, particularly the one proposed in Samuel Huntington’s The Clash of Civilizations [Huntington 1993]. It informed the idea of trilateral cooperation between Russia, China and India, implemented by Primakov and later embodied in the BRICS group. By now, the idea of multipolarity has been recognized in global political science, has entered the conceptual framework and the language of international diplomacy and is used in Russia’s doctrinal documents. In 2015, we proposed the scenario of a new bipolarity [2] as one of the possible trajectories for global development. Today, many scholars, both Chinese and American, [3] suggest that China-centric and U.S.-centric poles are emerging. This article discusses the “multipolarity — new bipolarity” dichotomy. Long Global Macro-Transformations World history shows that a new world order typically emerges after the end of a major war (see Table 1). Table 1. International system (world order)    Source: systematized by A.A. Dynkin, IMEMO RAS Europe was usually the “kitchen” where the world order was cooked. Take the last 200 years. After the end of the Napoleonic Wars, the Concert of Europe emerged and lasted for 100 years. The century-long stability of that system could be explained by the homogeneity of the political organization of its guarantor states. All members of the Concert of Europe were monarchies. World War I produced the Versailles system, which lasted only 20 years. One of the reasons for its short life was the exclusion of the Soviet Union, Germany and China. The Yalta-Potsdam system was formed by the victors in World War II. Its guarantors were the “Big Three” powers—the Soviet Union, the U.S. and the UK—along with France and China. The three defeated powers—Germany, Japan and Italy—were discriminated and disenfranchised. This system existed for 45 years and was initially thought to be polycentric, but quickly degenerated into a bipolar order, and the Cold War commenced. With the collapse of the Soviet Union and dissolution of the Warsaw Pact, the system became unipolar, dominated by the West, primarily the U.S. It disregarded Russia’s interests and, from 2018 onward, began discriminating against China as well. February 2022 can be considered the formal date of the unipolar world’s demise. However, today’s predictions suggest it will take at least 10 years before the new post-unipolar system becomes stable. The economic center of gravity is a spatial indicator of the economic strength of states, borrowed from physics. To put it simply, this is a geographical point of equilibrium for GDP, trade and investment flows of different countries. Figure 1 shows a map of how the world’s economic center of gravity shifted for over a thousand years. It appeared in Central Asia, on the territory of the Ghaznavid Empire (modern-day Afghanistan). The center then migrated northwest, while the devastation in post-war Europe forcefully pushed it (within just 10 years) to the West, toward Greenland. Then it turned east again. The sharpest shift, to the southeast, occurred in 2000–2010 and is associated with the rise of China. The economic center of gravity has almost returned to the same meridian but remained more than 2,000 km north of the starting point, which indicates a return to the millennial balance of economic power between the West and the East. Figure 1. “Journey” of the three-dimensional economic center of gravity    Source: Dobbs R., Remes J., Manyika J. et al. Urban world: Cities and the rise of the consuming class. McKinsey Global Institute, 2012. https://www.mckinsey.com/featured-insights/urbanization/urban-world-cities-and-the-rise-of-the-consuming-class. Statistic calculations by IMEMO RAS for 60 years of peace (1960–2021) indicate the stability of the center’s latitudinal (horizontal) position. This suggests a relatively consistent proportion of GDP production by the countries in the Global South and Global North, under the economic leadership of the Northern Hemisphere. The shift to the East has also been clearly confirmed. According to our projections up to 2050, the future position of the globe’s center of economic activity will lie on the border of India and China. This method of analysis reveals a high level of inertia in time and geographic monotonicity of changes in the balance of economic power of states. It also shows that wars can drastically disrupt the natural course of events. The center of gravity method can also be applied to the arsenals of strategic and tactical weapons (see Figure 2). For example, during the Cuban Missile Crisis, the U.S. had a huge advantage, but then there was a clear pivot to the northeast—the creation of superior nuclear capabilities in the Soviet Union. With the onset of arms control in 1993, a reversing loop emerged, heading southwest. This was followed by a curve to the east with an implied southward inclination, which reflects the growing nuclear stockpiles of India, Pakistan, North Korea, and the rapid buildup of strategic and tactical nuclear forces in China. The military center of gravity follows its economic peer with a lag of 20 years, reflecting the geopolitical ambitions of Asian powers. These interpretations also clearly demonstrate the end of unipolarity and point to the rise of multipolarity. Figure 2. Movement of the nuclear center of gravity Source: calculations by K.V. Bogdanov, Center for International Security at IMEMO RAS, based on the data from the Bulletin of the Atomic Scientists. https://thebulletin.org/nuclear-notebook/. Technology. Politicians tend to be techno-optimists. Barack Obama predicted that 3D printing would transform the entire world. [4] George W. Bush promised that decoding the human genome would revolutionize medicine. [5] All false starts. Economists traditionally measure the rate of technological progress (TP) using the total factor productivity (TFP) index. To put it simply, this is the part of economic growth driven not by an increase in inputs—labor and capital—but rather by improvements in the efficiency of their use. Technological progress means not only the generation of new scientific and technological ideas but also their mass replication. Without economic validation of the impact of wide dissemination of innovations, scientific or technological achievements remain in history as brilliant breakthroughs with only local economic effects, giving rise to journalistic generalizations at best, such as the “Fourth Industrial Revolution” or “the sixth techno-economic paradigm.” Statistical metrics rely on data of technologically advanced nations, while catching-up countries have room for growth by approaching the TP frontier, i.e. adopting and improving existing ideas and technologies. Technological leaders spend more resources pushing the TP frontier, while those catching up can accelerate at lower costs, effectively staying in the “wind shadow” of the leaders. The TFP index growth rate has been steadily declining in developed countries for many years, but this has been especially conspicuous since the mid-2000s. Today, the growth is below 1.5% and even 1% per year (see Figure 3). Figure 3. Average annual growth of total factor productivity, % Source: calculations by IMEMO RAS based on the data from the International Productivity Monitor. No. 38, Spring 2020. http://www.csls.ca/ipm/ipm38.asp#:~:text=Martin%20Neil%20Baily%2C%20Barry%20P.%20Bosworth%20and %20Siddhi%20Doshi%0ALessons%20from%20Productivity%20Comparisons%20 of%20Germany%2C%20Japan%2C%20and%20the%20United%20States%C2%A0; Innovative China: New Drivers of Growth. World Bank Group, and the Development Research Center of the State Council, P.R. China. 2019. Washington, DC: World Bank. https://doi.org/10.1596/978-1-4648-1335-1. License: Creative Commons Attribution CC BY 3.0. https://documents1.worldbank.org/curated/en/833871568732137448/pdf/Innovative-China-New-Drivers-of-Growth.pdf. A similar pattern of dramatic TFP deceleration was observed in China. The consensus interpretation of these figures is that the main effects of the Third Industrial (i.e., computer) Revolution have largely been exhausted, and no new general-purpose breakthrough technologies (such as electricity, internal combustion engines, or computers and mobile communications) have emerged. However, it seems that the intellectualization of technologies and approaches to project management, as well as informatization, simply do not fit into the traditional factor-based view of progress that was established many years ago. The scale of knowledge is growing, new professions are springing up, the role of emotional intelligence and cognitive functions is increasing. All this dramatically changes the structure of capital assets (see Figure 4). From the beginning of the 21st century and until the 2008 crisis (2000–2007), equipment accounted for over 50% of the increase in capital’s contribution (investment) to output growth, whereas in 2019–2021, almost 63% of this increase was attributable to intellectual property assets. This result of our research suggests a refocusing of technological progress from final products to intellectual technologies, enabling the production of a range of innovative goods and services tailored to highly segmented demand. Figure 4. Transformation of the capital structure in the U.S. private sector Source: Total Factor Productivity for Major Industries—2022. U.S. Bureau of Labor Statistics. https://www.bls.gov/news.release/archives/prod3_03232023.htm. There are now hopes that the pace of technological progress may accelerate due to the development of artificial intelligence (AI) technologies, which will spark a new industrial revolution. An indirect sign of its imminence is the sharp rise in the rate of business births and deaths in the U.S. economy in 2020–2022. [6] The spillover of labor from companies that are losing efficiency to corporations with increasing market shares has also accelerated. These are some sort of leading indicators that suggest the structural results of TP are approaching. Similar developments occurred 30 years ago, on the cusp of the computer revolution. The above-mentioned intellectualization of fi ed capital, where trusted AI will be applied, adds credibility to these hopes. In addition, AI is one of the critical areas of technological sovereignty. It is no coincidence that Vladimir Putin described AI as “crosscutting, universal and essentially revolutionary technology.” [7] The Russian President announced the preparation of a new edition of the National AI Development Strategy and a respective decree. I believe that this prioritization is justified. China’s experience in the semiconductor race is a good model to be emulated (see Figure 5). Its distinguishing feature is the focus on companies as drivers of development, with massive, cumulatively growing state support. Figure 5. Focusing on China’s priorities (nanometer chip race) Source: Systematized by I.V. Danilin, IMEMO RAS The U.S. strategy of curbing technological development of Russia (in all areas) and China (in semiconductors, artificial intelligence and quantum computing and electric cars) leads to stiff competition in high technology, which is fraught with fragmentation, diversification of technical standards, legal norms and rules. And this is another argument in favor of a new bipolarity. Demographic processes. According to UN projections, by the middle of the 21st century, Russia will drop from its current 9th place to 14th in terms of population, while remaining the most populous country in Europe. [8] A more significant problem for Russia is population aging. The proportion of elderly people, who are typically not part of the labor force, is increasing. Japan, Spain and Italy are leading this process today, but neither China nor India will be spared. Nigeria appears to be the only major country where population and the share of young people will continue to grow until the end of the 21st century. As of December 2023, one in 10 people worldwide was aged 65 or over, with health spending taking up 10% of global GDP. [9] In this context, the importance of medical technologies cannot be overstated, as they can extend not only people’s life expectancy but also the duration of their healthy and socially active life, thereby easing labor market pressures. Needs always steer technological progress toward overcoming economic growth constraints tied to the scarcest resource in any given historical period. A serious risk associated with the problem of aging is a slowdown in innovation, since it is people under 40—the age group that will shrink throughout the 21st century—who are the primary drivers and consumers of innovation. So far, this risk has been mitigated by the large youth cohorts in China and India. This is why these two nations are experiencing almost exponential growth in patenting, massive reengineering and, consequently, in middle-class numbers. Demographics give India an edge until around 2060, which is already evident in the growth rates of Indian economy. Combined with the influx of hi-tech investments and the contribution of the Indian diaspora, India has good prospects, making its position crucial to the future architecture of the world order, regardless of how it evolves. The U.S. understands this and has been figuratively “clinging” to this nation for the past 20 years. I believe that the Russian Academy of Sciences should significantly bolster scientific and educational ties with India and its dynamically developing neighbors in Southeast Asia—Vietnam, Malaysia and Indonesia. The anticipated tension in the global market of new generations of innovators aggravates inter-country competition for this scarcest resource. I think that the international reputation of the Russian Academy of Sciences is a powerful tool to attract and retain young people and foster their creative motivation. We should reassert this as we celebrate the 300th anniversary of the Academy of Sciences. Ideology. Dirigisme [10], or statism, is the main trend in both economic theory and economic policy of the West. A pivot to a more state-controlled economy began with the disappointing outcomes of the Washington Consensus, which aimed to guide post-socialist countries from planned to market economies. The 2008–2009 financial crisis cemented the trend toward statism, and the COVID-19 pandemic elevated it to unprecedented proportions. In the U.S., Democrats are among the most vocal proponents of greater government intervention in all spheres of life, but they are not alone. Republicans are also actively advocating industrial policy, repudiation of free trade, as well as strict control over Big Tech, among other measures. The popularity of the so-called cultural Marxism is on the rise. [11] Its origins go back to the critical theory of the Frankfurt School (H. Marcuse, E. Fromm and others). These ideas are moving from the realm of ideological and theoretical confrontations into political activism. For example, the leaders of the BLM movement publicly self-identify as “trained Marxist organizers.” The essence of the strategy inspired by “cultural Marxism” is the rejection of direct political struggle on the barricades, since the proletariat has been “bought off by the bourgeoisie and is no longer capable of anything,” and the ranks of the classic proletariat are rapidly thinning. The direction of social change is set, on the one hand, by intellectuals with personal power and, on the other hand, by marginalized groups seeking to assert their “right to identity.” The strategy of activists who form this paradoxical combination of intellectuals and marginalized individuals is the creeping takeover of the main institutions of power and society by planting “correct” ideas in the mass consciousness. In the U.S., the fighters for political correctness have already hijaked the school system, university campuses, major media outlets and the entertainment industry (Hollywood). Civil servants are forced to take courses in critical race theory, which postulates not only the socially constructed nature of race and the recognition of systemic racism [Delgado, Stefancic 2017: 45] but also a sense of guilt in one part of society toward another. This, in turn, allegedly requires addressing moral and material injustices by organizing public life in line with such an ideology. Similar concepts are being pushed into public discourse as well. It is already dominated by the ideas of radical feminism, cancel culture, anti-systemic racism and postcolonialism, the fight against global warming and the green agenda, which claims to be universal and non-negotiable. As a result, the energy transition is motivated more by ideology than by the comparative market efficiency of energy supplies. Different environmental-political discourses—eco-nationalism, eco-imperialism and green growth—are competing in shaping the green agenda, eroding the attractiveness of the dominant sustainable development model. Another universal weapon in fighting any dissent is political correctness. Large corporations, government agencies and universities are developing and implementing strategies to promote DEI (Diversity, Equity, and Inclusion) principles, which are nothing but tools of ideological control over employees. Universities are required to fi reports on their compliance with such principles and efforts to promote them, which causes mounting criticism as they violate academic freedom and cultivate ideological conformity. [12] However, ideological censorship has already taken deep root in various spheres of public life, and questioning its compatibility with democracy is deemed politically incorrect. Revising cultural norms has become a cultural norm in and of itself, deepening divisions in modern polarized societies, primarily in the U.S., but also in Old Europe [Semenenko 2023: 27-35]. Another curious phenomenon is associated with the new agenda. In the 20th century, the left championed progress, advocating faster economic growth, rapid technological advancement and better social welfare. Now the ideas of zero or even negative growth and post-growth are popular among them. [Buchs, Koch 2017: 218]. Such ideological narratives exacerbate the question of how to treat the poor countries of the South, but also their own poor: the welfare state for all no longer fit into this agenda. On the contrary, it becomes a selective tool of backing the “right” minorities. This creates a breeding ground for stronger positions of populist forces. Such contradictory internal political processes distort public consciousness as well as domestic and foreign policy decision-making. The new elites are extremely ideologized. The U.S. political system is becoming less effective at regulating the economy. Two rating agencies, Standard & Poor’s and Fitch Ratings, have downgraded the U.S. credit rating to AA+ from the top mark of AAA. In November 2023, Moody’s lowered its outlook on the U.S. credit rating to “negative” from “stable.” All three agencies agree on the main reason for the downgrade: the growing dysfunctionality of the political system. In foreign policy, the U.S. has withdrawn from 16 major international treaties and agreements on arms control, global trade, climate and the Arctic since the beginning of the century [Dynkin 2020]. In other words, the unipolar world order with its unbridled appetite for expansion has brought the world into a zone of extra-high risks. And the paradigms that are dominant in the West have proven incompatible with either Russian or Chinese value-oriented political projects. Therefore, the ideological sphere will inevitably see increased confrontation, marking another step toward bipolarity. IMEMO RAS researchers have repeatedly warned about the West’s miscalculated strategic hopes: 1) that Russia would face an economic catastrophe because of an unprecedented sanctions war in modern history; 2) that the unipolar world order would remain unchallenged; 3) that a global blockade of Russia’s export-oriented economy would be feasible. And we were not the only ones who made these warnings. In response, we only heard propagandistic clichés like “a gas station masquerading as a country,” “a regional power” and “Russia is isolated with its economy in tatters”. This kind of “expertise” led the Washington establishment to believe that Russia is a “declining power” whose strategic interests could be safely neglected. This “strategic lunacy” is a consequence of a universalist mindset—a product of the West’s political experience and culture, which tends to elevate Anglo-Saxon and European historical tradition to absolutes—and of a failure to understand the shifts in the balance of power in the 21st century. Today, Russia is the world’s fourth-largest economy by purchasing power parity (PPP), while the top fi e global economic powers include three BRICS nations and none from the blooming “garden” of Josep Borrell, the EU foreign policy chief who has recently been fired. Now a new narrative has been launched into the propaganda orbit: “Russia is about to attack Eastern Europe.” The logical gap between the image of a declining power and that of an “aggressive bear” is conveniently ignored. This primitive, one-dimensional perception of complex non-linear processes can only lead to disappointment—just as it did when the West lulled itself into believing that Chinese reforms would eventually lead to political pluralism. As a result, the West has an inexhaustible stream of surprises. It appears that their experts are increasingly out of touch with Russian (and any other non-Western) realities. Figuratively speaking, they are staring into a distorting rearview mirror constructed by their own rhetoric and propaganda. But the main real surprise was the fantastic resilience of the Russian economy. I dare say that no other economy in the world, not even China’s, could withstand such aggressive pressure. The high resistance of the Russian economy to external shocks can be explained by three fundamental reasons. First, it is the result of difficult, sometimes agonizing institutional and structural reforms. These efforts have ultimately produced a self-sufficient, adaptive and highly diversified market economy. Second, the crisis of 2022 was the fifth (!) in the history of post-Soviet Russia. The government, federal regulators and the Bank of Russia have accumulated hard-earned professional experience in crisis management and counter-cyclical strategies. The same can be said about business. Our economic entities have demonstrated time and again that there are always more effective solutions than there are problems. Finally, the West miscalculated its ability to isolate our economy. The dual containment of Russia and China, in fact, only strengthens ties between the BRICS member states. Transformations of the 2020s. The first half of the 2020s has fi y buried what was once known as “European security.” It is impossible to glue this “broken cup” back together without Russia. The unwillingness of the Ukrainian side and the West to stop the armed conflict at its very beginning, the dangerous escalation, NATO’s constant violation of its own “red lines” and the accession of Sweden and Finland to the North Atlantic Alliance are all symptoms of the European security system transforming into a transatlantic one. Meanwhile, the Eurasian security system is taking shape. The outcomes of Russian President Vladimir Putin’s visit to China hint that the “political East” is starting to form, if not as an alternative to the long-standing “political West,” then at least as an equal partner. Without considering its interests, any debate about “rules-based” global security will be mere fantasy. Indian Prime Minister Narendra Modi’s first visit to Moscow after his recent reelection is in the same vein. Of course, geography cannot be changed, and Russia has been and will remain a European power. However, it is also the geographic center of Eurasia, providing the infrastructure backbone for the Eurasian partnership—from the Northern Sea Route and up to the Trans-Siberian Railway, Baikal–Amur Mainline, Trans-Asian Highway and cross-continental pipelines. The “post-Ukrainian” world seems to be moving toward a new, indivisible Eurasian security architecture, relying on existing institutions: the Union State, CSTO, EAEU, CIS, BRICS, SCO and ASEAN. Minsk has put forward an initiative to develop a Eurasian Charter for Diversity and Multipolarity—a strategic vision for a new system of international relations to replace the “rules-based” world order. An important event of 2024 in this context is the expansion of the BRICS club (see Figure 6). Its combined economic power could potentially reach $67 trillion, surpassing the total GDP of the G7 countries. Figure 6. Economic potential of BRICS countries Source: calculations by A.A. Dynkin, IMEMO RAS, based on the data from the IMF, Food and Agriculture Organization, World Steel Association, Energy Transition Institute, Statistical Review of World Energy 2023, International Energy Agency. And there are still 28 more countries on the “waiting list”. In several important markets such as metals, automotive industry, oil and mineral fertilizers, BRICS already matches or exceeds the potential of the G7 nations. Russia, which took over the BRICS rotating presidency in 2024, faces the task of energizing the harmonized economic and technological policies of the members. This approach is the institutional cornerstone of the future polycentric world. What will the coming world order look like? It is difficult to say which of the two trends—bipolarity or polycentrism—will prevail in the end. It is more likely that they will coexist: for example, rigid bipolarity in the Global North and polycentrism in the Global South. Signs of military, economic and technological bipolarity are already visible in the North. Interestingly, New Delhi tends to categorize China as a country of the North [Jaishankar 2020: 240]. This viewpoint has substance, as China is far ahead of other countries of the Global South in terms of GDP per capita ($12,541). For comparison, India’s GDP per capita is $2,612. [13] The decoupling of the U.S. and Chinese economies has not affected trade flows yet, but only technology and investment. In 2023, China saw a reversal of foreign direct investment inflows, with funds previously invested being withdrawn. Negative trends took hold, and the outflow approached negative $1.5 trillion (see Figure 7). Meanwhile, the Asia-Pacific macro-region is gaining greater internal dynamics, unlike Europe or North America. Figure 7. U.S.–China Economic Decoupling Source: UN Comtrade Database. https://comtradeplus.un.org/; State Administration of Foreign Exchange (SAFE) of the People’s Republic of China. https://www.safe.gov.cn/en/. Meanwhile, the trend toward political polycentricity persists. For example, New Delhi and Ankara were initially poles apart on the Palestinian–Israeli conflict. This is also the dawning of post-unipolarity, where the new centers of power are increasingly guided by their own interests in decision-making rather than by any “rules” or advice from Washington, Beijing or Moscow. It would be unrealistic to expect that the future world order will be free of conflict. The world will retain its diversity, with different potentials of countries and their competition. It is crucial that, despite their differences, the interests of larger and smaller nations are respected, and problems are solved through constructive dialogue. Russia was the first to challenge the notorious unipolar world order. Today we can state that most countries in the Global South have responded to this challenge and refused to subscribe to the Western interpretation of the conflict in Ukraine . The future world order is taking shape right before our eyes. I am sure that a multipolar world is preferable for Russia as a developed, self-sufficient and sovereign nation. But this world also requires a new system of global governance, development and strengthening of its institutions, such as BRICS, G20, SCO and EAEU. For instance, the EAEU member states (Russia, Belarus, Kazakhstan, Armenia, Kyrgyzstan) are faring much better than the five other post-Soviet countries. In 2022, GDP per capita in the countries of the Eurasian Economic Union was 3.5 times higher than the average for the fi e other CIS states that are not part of the EAEU (Azerbaijan, Moldova, Tajikistan, Turkmenistan, Uzbekistan) (see Figure 8). Our strategy in these organizations requires a solid approach and “stereoscopic” vision from socio-economic, scientific, technological and political perspectives. Here, the Russian Academy of Sciences should play a major role as a leader of scientific and expert community. Figure 8. Economic trends of EAEU and CIS countries Source: EEC. https://eec.eaeunion.org/?ysclid=lr7rtdg7np631919243; IMF. https://www.imf.org/; World Bank. https://www.worldbank.org/.  Conclusion In conclusion, there are compelling arguments both for multipolarity and for a new bipolarity. Leading U.S. experts are asking similar questions: “What order will replace the crumbling US-led system is far from certain. Will China push aside the United States as the global hegemon to lead a world according to rules written in Chinese characters? Will the world become bipolar, divided between two more or less rigidly defined blocs led by the United States and China? Will a genuinely multipolar world emerge based on several states or coalitions of more or less equal strength?” [Graham 2023: 272]. These questions are yet to be answered, and definitive conclusions in this case are premature. Given this high uncertainty, one should be prepared for any scenario. The essential prerequisite for such readiness is Russia’s strategic autonomy based on military-strategic parity with the U.S. The fundamental question to which the author has no answer today is: how likely is the emergence of a new world order without a major war? In 2024, presidential or parliamentary elections will take place (or have already taken place) in 50 countries, which account for more than 45% of the world’s GDP and population. Perhaps their results will clarify our vision of the near future. Dynkin A.A. (2024). World order transformation: economy, ideology, technology. Polis. Political Studies, 5, 8-23. https://doi.org/10.17976/jpps/2024.05.02 This article was prepared with the support of a grant from the Ministry of Science and Higher Education of the Russian Federation for major scientific projects in priority areas of scientific and technological development No. 075-15-2024-551 “Global and regional centers of power in the emerging world order”. The author expresses gratitude to his colleagues at IMEMO RAS R.I. Kapelyushnikov, V.D. Milovidov, I.S. Semenenko, I.V. Danilin, S.V. Zhukov, K.V. Bogdanov, A.P. Guchanova for consultations and assistance in preparing this article. References Büchs, M., & Koch, M. (2017). Critiques of growth. In M. Büchs, & M. Koch. Postgrowth and Wellbeing: Challenges to Sustainable Welfare (pp. 39-56). London: Palgrave Macmillan. https://doi.org/10.1007/978-3319-59903-8_4 Delgado, R.,& Stefancic, J. (2017). Critical race theory. Anintroduction. New York: New York University Press. Graham, T. (2023). Getting Russia right. 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The world order or international system is a stable set of institutions and norms of military-political and economic relations, which is institutionalized and legitimate in the international legal sense. The world order remains stable during the active life of at least one generation—a universal measure of social time. However, in the wake of geopolitical macro-crises, illegitimate systems emerge, forcibly imposed by the winner. This was the case with the unipolar world order. 2. Dynkin A., Burrows M. Here’s the Playbook for Getting U.S.–Russian Cooperation Back on Track. The National Interest. 07.12.2015. https://nationalinterest.org/feature/heres-the-playbook-getting-us-russian-cooperation-back-track-14527. 3. For example, see: [Yan Xuetong 2016; Kupchan 2021]. 4. Remarks by the President in the State of the Union Address. The White House. President Barack Obama. 12.02.2013. https://obamawhitehouse.archives.gov/the-press-office/2013/02/12/remarks-president-state-union-address. 5. President Bush Calls on Senate to Back Human Cloning Ban. Remarks by the President on Human Cloning Legislation. The East Room. The White House. President George W. Bush. 10.04.2002. https://georgewbush-whitehouse.archives.gov/news/releases/2002/04/20020410-4.html. 6. Private sector establishments birth and death, seasonally adjusted. U.S. Bureau of Labor Statistics. 25.10.2023. https://www.bls.gov/news.release/cewbd.t08.htm. 7. Artificial Intelligence Journey 2023 conference. President of Russia. Official website. 24.11.2023. http://www.en.kremlin.ru/events/president/transcripts/72811. 8. World Population Prospects 2024, Online Edition. United Nations, Department of Economic and Social Affairs, Population Division (2024). https://population.un.org/wpp/Download/Standard/MostUsed/. 9. Global Health Expenditure database. World Health Organization. https://apps.who.int/nha/database. 10. Dirigisme is a policy of active state intervention in the national economy, pursued by France and the UK in mid-1940s. 11. Mendenhall A. Cultural Marxism is Real. The James G. Martin Center for Academic Renewal. 04.01.2019. https://www.jamesgmartin.center/2019/01/cultural-marxism-is-real/. 12. AFA Calls for an End to Required Diversity Statements. Press Release. AFA. Princeton, NJ. 22.08.2022. https://academicfreedom.org/afa-calls-for-an-end-to-required-diversity-statements/. 13. World Economic Outlook Database (October 2023 Edition). International Monetary Fund. 10.10.2023. https://www.imf.org/en/Publications/WEO/weo-database/2023/October.

한국어로 읽기Leer en españolIn Deutsch lesen Gap اقرأ بالعربيةLire en françaisЧитать на русском In October 2023, the EU Commission identified four technology fields as critical: advanced semiconductors; artificial intelligence (AI); quantum, and; biotechnologies.[1] All four areas are greatly impacted by the U.S.-China rivalry in technology, making it essential for Europeans to understand the Sino-American competition. This article examines this rivalry from the Chinese and U.S. perspectives. It recounts their prevailing attitudes, which are shaped by recent events, and that, in turn, mold Chinese and American strategic approaches. From the Chinese policymakers’ perspective, its geo-technological competition with the U.S. is novel and passively learned. During Xi Jinping’s first term, the Chinese government still positioned technology under the economic-oriented strategy of innovation-driven development. This stance followed the idea that ‘science and technology constitute a primary productive force’ and the ‘peaceful development’ principles set during Deng Xiaoping’s era. However, around 2018, two sanctions incidents that targeted Chinese telecommunications giants shifted Chinese leaders’ understanding of tech strategy into the geopolitical context. The first sanction incident involved ZTE, China’s second-largest communications equipment manufacturer. In 2016, the Barack Obama administration accused ZTE of selling telecom equipment containing American chip technology to Iran, which violated U.S. sanctions. In 2017, ZTE pleaded guilty and paid a fine of $1.2 billion. However, in 2018, Trump’s government stated that ZTE did not comply with the settlement agreement, coupling previous sanctions with export controls on ZTE in April 2018. The second incident involved Meng Wanzhou, then Vice-Chairwoman and CFO of the Chinese telecommunications giant Huawei, who was arrested in Vancouver, Canada, during a layover in December 2018. Her detention was at the extradition request of the Trump administration, which levied charges related to alleged violations of U.S. sanctions against Iran. These included bank and wire fraud and outright violations of U.S. sanctions via a subsidiary called Skycom Tech, which allegedly concealed Huawei’s activities in Iran. The necessity of a strategic adjustment These two incidents caused an uproar in the Chinese media, followed by a surge in public patriotic sentiment. However, for the Chinese government, the impact and significance of the two cases were quite different. The essence of the ZTE case was commercial sanctions, which meant that ZTE violated business norms and deserved economic punishment. The official Chinese government stance was that ‘this is just an individual case of corporate violation.’ Despite this position, the fact that the government was actively involved nonetheless politicized the incident within China. It was Xi Jinping himself who negotiated with Trump to save ZTE from bankruptcy after which ZTE became a state-owned enterprise with absolute state control—a move that ultimately resulted in ZTE gaining a greater domestic market share than Huawei. At the international level, the top-level nature of negotiations prevented the ZTE incident from overly politicizing then-ongoing trade frictions between the U.S. and China. While the ZTE episode was resolved with little rancor, Chinese senior officials became concerned about the impact that the U.S. might have on China’s strategic technology companies.[2] In November 2018, Tan Tieniu, then Deputy Secretary-General of the Chinese Academy of Sciences, reported to China’s top leaders that they should learn from the ZTE incident. They should avoid overreliance on imports of core electronic components and chips, and they should not repeat mistakes made by ZTE. In the same month, Xi Jinping mentioned in a speech that ‘internationally, advanced technology and key technology is more and more difficult to obtain… forcing us to travel the road of self-reliance.’ Terms like technological security, technology ‘chokepoints’ (卡脖子), and core technologies in key fields (关键核心技术) began to appear frequently in Chinese official discourse. These reflected Chinese leadership’s views about the ZTE incident that were in turn shaping strategic thoughts on the geopolitical technology competition with the United States. It was the Meng Wanzhou incident at the end of 2018 that for Chinese leaders confirmed the necessity of a strategic adjustment. As in the ZTE case, Huawei was involved in a business violation that from the Chinese perspective should have resulted in corporate punishment. Instead, a personal arrest warrant was issued for Meng, thereby escalating a commercial sanction into a political and diplomatic incident. Le Yucheng, then Deputy Minister of Foreign Affairs, urgently summoned the U.S. and Canadian ambassadors to China and issued a stern protest. The Chinese government also arrested two Canadian citizens in China, sentencing one to 11 years in prison. The Chinese Ambassador to Canada wrote that the Meng Wanzhou case was a ‘premeditated political act in which the United States wields its regime power to hunt a Chinese high-tech company out of political consideration.’ Chinese Defensive Deterrence These two episodes shaped and reinforced Chinese leaders’ strategic thinking about its geopolitical technology competition with the U.S. The 14th Five-Year Plan issued by the CCP in 2020 proposed ‘making technological self-reliance’ a strategic goal. Soon all official documents established a new tone for China’s technology strategy based on self-reliance. Previously, China pursued a reassurance strategy, a strategy that showed goodwill towards the U.S. and the system it led. Thus, in theory, China had two strategic options: reassurance and/or deterrence. The former strategy involves showing friendliness towards the U.S. and its allies, thereby releasing tension, and maybe re-joining the U.S.-led system. A reassurance strategy allowed China more time for stable development—the logic of ‘keeping a low profile’ of the Deng Xiaoping era. The Xi Jinping government picked the second option, deterrence, which is to show strength or use countermeasures to reduce the likelihood of further U.S. trade or coercive action. To make a deterrence strategy work, however, Xi further believed China needed to gain strong capacity in key tech fields. Therefore, Xi first mobilized domestic R&D resources and tried to acquire advanced technologies before using diplomatic countermeasures. The core logic underlying this geopolitical technology strategy is one of ‘defensive deterrence.’ A typical example of this strategy in play concerns the semiconductor industry. Facing export controls on semiconductor equipment from the U.S., the Netherlands, and Japan, the Chinese government first increased R&D investment in the sector, trying to overcome ‘chokepoint’ technologies. As a result, China’s investment in semiconductor R&D grew from $10 billion in 2018 to $25 billion in 2022, an increase of 150%. At the same time, the Chinese government increased investment in the production of key raw materials (silicon, gallium nitride, etc.) and semiconductor production bases. It also guided industries upstream while also pushing for downstream integration through policies to improve and strengthen supply-chain security. Chinese policy also moved to increase international supply-chain dependence on China through its comparative advantages in the semiconductor industry (and even other industries) in a hedging move against the U.S. and its allies. For example, in the automotive chip sector, in the supply of vital raw materials, and in the semiconductor equipment markets, China sought to utilize its significant comparative advantages. In August 2023, the Chinese government announced export controls on gallium and germanium, two key materials for manufacturing semiconductors. China Seeking More Regulatory Power But in addition to responding to what was perceived as U.S. containment policies in the area of technology, China’s strategic use of technology followed another approach, one led by the Ministry of Foreign Affairs (MFA) and the Ministry of Industry and Information Technology (MIIT). This third approach sought more regulatory power, for example, in the areas of civilian AI where China has huge potential.[3] Starting in 2018, the Chinese government showed a strong determination to introduce and study AI ethics and technical standards.[4] Based on these domestic framework policies, various diplomatic initiatives, and standards proposals, the MFA and MIIT expanded China’s regulatory influence in the field of AI. For example, the MFA proposed the ‘Global Data Security Initiative’ in 2020 and the ‘Global Artificial Intelligence Governance Initiative’ in 2023. Minister Wang Yi explicitly stated ‘We hope to provide a blueprint for related international discussions and rule-making.’ The China Electronics Standardization Institute, affiliated with the MIIT, also actively participates in the formulation of international new technology standards. Selectively decoupling: U.S. Attitudes and Strategies When it comes to strategic technologies, the Joe Biden administration has generally maintained a stance toward China that aligns closely with the previous administration led by Donald J. Trump. This is especially the case concerning competitive technologies such as 5G/6G, the specialized processors designed to handle the computational demands of AI, quantum computing, and electric vehicles (EVs). Taking a page from U.S. President Ronald Reagan’s Cold War playbook of outspending the Soviet Union, president Biden initiated a $2.25 trillion infrastructure plan. This plan, not unlike China’s policy to increase domestic innovation and strength, allocated funds for sectors such as transportation, manufacturing, renewable energy, clean water, and high-speed broadband for both wired and wireless technologies. The justification for these investments, part of the Build Back Better Act (BBB) policy and later incorporated into the Inflation Reduction Act (IRA) and the Creating Helpful Incentives to Produce Semiconductors (CHIPS) and Science Act, was that they were a response to Xi Jinping’s ambitious goals of doubling China’s economy by 2035, intending to establish China as a global leader in biotechnology, green energy, and AI. In addition to a spending strategy to boost U.S. competitiveness in strategic technologies, the Biden administration continued with some of Trump’s punitive measures. For example, Biden maintained tariffs amounting to approximately $300 billion. He also continued action against Huawei, which has the potential to outcompete in 5G/6G mobile network technology. The Trump administration used the Bureau of Industry and Security to exclude Huawei from global semiconductor supply chains and it placed the company on the Commerce Department’s Entity List, thus requiring U.S. companies to obtain a license before exporting to Huawei. As discussed above, Trump’s executive branch also brought fraud allegations against Huawei’s Chief Financial Officer Meng. While Biden kept in place Trump-era prohibitions on sales of U.S. goods to companies like Huawei, as well as maintaining restrictions on exports of U.S. critical technology, he did quickly resolve the dispute over Meng. Within hours of the deal for her release, the two men caught up in the game of hostage diplomacy left China on a flight back to Canada. Highlighting the political nature of the incident, when Meng returned to China, senior local officials at the airport met her. Encourage Multilateralism to meet Global Challenges Along with strident measures, the Biden administration also sought a more nuanced stance. Indications that suggest a less hawkish approach to China include emphasizing a collaborative approach toward global challenges like climate change and future pandemics. Biden further pushed for engagement in high-level meetings with, for example, Secretary of State, Antony Blinken, and National Security Advisor, Jake Sullivan, who held talks with their Chinese counterparts, Yang Jiechi and Wang Yi, in Anchorage, Alaska, in March 2021. These talks were frostier than U.S. officials would have preferred but they got the two sides to engage in some dialogue. Similarly, Biden sought to engage with China in multilateral forums and organizations where both countries are members, such as the recent Asia-Pacific Economic Cooperation (APEC) forum that Biden hosted in November 2023. Even the choice of San Francisco as the venue was designed to be conciliatory as it has historic ties to Asia as well as a central role in global technology as the home of Silicon Valley. Still, one must keep in mind that in deciding on a strategy towards China, Biden must also contend with a Congress and public opinion that are growing increasingly skeptical of doing business with China, which they believe steals good jobs and sends balloons over American territory to spy on U.S. critical infrastructure. One primary shaper of U.S. attitudes towards China are the leaders of the House Select Committee on the Chinese Communist Party, Republican Representative Mike Gallagher and Democratic Representative Raja Krishnamoorthi, who lead one of the last bastions of functioning bipartisanship in Washington, D.C. With their many investigations, subpoenas, and policy recommendations, the House China Committee has become the ‘beating heart’ of U.S. Congressional policy, which, with regards to technology, argues for selectively decoupling from China for national security reasons.[5] A way forward Faced with the U.S.’ decoupling or blunting strategies and China’s defensive deterrence strategy, what steps might European nations take to navigate through the choppy, contentious waters of strategic technologies? Are there also steps that Europeans can take to mitigate the impact on their own strategic technology vulnerability? First, recognizing the pivotal role of technology in the rapidly digitizing global economy, Europeans need to stress that it is in the collective interest of everyone to establish institutions, norms, and policies for effective global governance. Rather than engaging in reactive geopolitical maneuvers resembling a chess game, these institutions could concentrate on constructing a more cooperative foundation for crucial technology sectors. Second, along with this recognition, efforts could be directed toward the development of future institutions, policies, and norms that set standards for next-generation and sensitive technologies. Such efforts should take into account initiatives already made by the Chinese and the Americans. Such efforts could also coincide with a third approach of encouraging the Biden administration to adopt a comprehensive multilateral approach. The U.S. needs to push for collaboration beyond issues such as climate change and economic inequality to encompass the intensely competitive areas in technology like those discussed in this article. For one, Europeans could point out that U.S. blunting strategies are simply not working and may even be backfiring by accelerating Chinese technological advances. In September 2023, Huawei released the Mate 60 Pro smartphone equipped with a 7nm domestic chip, revealing that China has overcome some hurdles that U.S. bans were designed to stymie.[6] Since no one knows how long China’s defensive deterrence strategy will hold (and shift to what Chinese leaders believe is a more offensive deterrence), nor whether Trump or someone as equally anti-multilateral as Trump will be (re)elected, Europeans have many incentives to encourage a softer engagement between China and the U.S. Changing the narrative is a fourth important recommendation. It is essential to recognize that the essence of the Sino-American technology competition is more about narrative construction than a description of the current situation. One indication of this is that both sides believe that the other side started what has been described as the ‘new Cold War.’[7] It does not help that both sides have engaged in behavior that supports the other side’s narrative with some hawkish actors employing similar bash-the-other tactics to gain political advantage.[8] Typically, the factual basis for technological competition is grounded in industrial competition, corporate rivalry, or intellectual property disputes. However, the high-tech relationship between China and the United States has been one of complementarity as well as rivalry. Both China and the United States, as well as European stakeholders, need to be careful of the narratives they espouse, lest they become a self-fulfilling prophecy. This work has been funded by the REMIT project, funded from the European Union’s Horizon Europe research and innovation programme under grant agreement No. 101094228 Footnotes [1] EU Commission Recommendation of 3.10.2023 on critical technology areas for the EU’s economic security for further risk assessment with Member States. [2] Gregory C. Allen. 2023. ‘China’s New Strategy for Waging the Microchip Tech War.’ csis.org, May 3. [3] Jing Cheng and Jinghan Zeng. 2023. ‘Shaping AI’s Future? China in Global AI Governance.’ Journal of Contemporary China 32(143): 794-810. [4] See White Paper on AI Standardization, a Guide to the Building of a National Standard Framework for New Generation AI, a report on Ethical Norms for New Generation AI, a White Paper on Trustworthy AI as well as other regulatory documents. [5] Robbie Gramer. 2023. ‘The Masterminds: Washington wants to get tough on China, and the leaders of the House China Committee are in the driver’s seat.’ foreignpolicy.com, November 27. [6] Weiwen Wang. (2023). ‘China Breaks Through 7nm Chip Technology, Has the China-U.S. Tech War Entered Phase 2.0?’ (中国突破7纳米芯片技术 中美科技战进入2.0阶段？). Lianhe Zaobao (联合早报), September 17. Retrieved from https://www.zaobao.com.sg/news/china/story20230917-1433739 [7] Patricia M. Kim, Matthew Turpin, Joseph S. Nye Jr., Jessica Chen Weiss, Eun A Jo, Ryan Hass, and Emilie Kimball. 2023. ‘Should the US pursue a new Cold War with China?’ Brookings.edu, September 1. [8] Roberta N. Haar. 2020. ‘Will China replace the U.S. as the world’s predominant power?’ Atlantisch Perspectief 44(3):9-13.

한국어로 읽기 Leer en español In Deutsch lesen Gap اقرأ بالعربية Lire en français Читать на русском As Beijing’s investment approach to Latin America focuses on industries of strategic importance, the EU and US will need to contend with growing Chinese competition China is pouring less foreign direct investment (FDI) into Latin America. But while this may seem like a sign of Beijing’s disinterest in the region, data suggests that Chinese companies are simply recalibrating, not retreating. In doing so, they are becoming important players in sectors key to Western interests: critical minerals, fintech, electric vehicles, and green energy. While the European Union and the United States have long been top investors in Latin America, increased competition with Chinese investment now jeopardises their interests in the Latin American industries that will become most crucial to the digital and green transitions. The number of Chinese projects in Latin America grew by 33 per cent from 2018-2023, compared with the previous five-year period of 2013-2017, even as the total value declined. In other words, Chinese companies are making more investments in the region but are pursuing smaller-scale projects on average. These investments are also more focused on what China calls “new infrastructure“ (新基建), a term which encompasses telecommunications, fintech, renewable energy, and other innovation-related industries. In 2022, 60 per cent of China’s investments were in these frontier sectors, a key economic priority for the country. Beijing also views smaller projects in these industries as incurring less operational and reputational risk, especially compared to some of the large-scale infrastructure investment projects often associated with the Belt and Road initiative. Like China, the investment priorities of the G7 grouping – particularly the US and the EU – are centring on critical minerals, fintech, electric vehicles, and green energy as they aim to grow and reinforce existing economic and political partnerships in Latin America. However, both the US and the EU risk falling short of China’s investment strategy in the region. The US has signalled want for greater economic engagement with the region, especially in sectors of strategic interest. However, to date, US efforts to compete with China remain largely focused on building US domestic capacity in these strategic sectors, even as some US companies, such as Intel, are increasingly focused on including regional partners in their supply chains. Some see opportunity for Latin America in Joe Biden’s landmark legislation, the Inflation Reduction Act (IRA), which is aimed at incentivising the energy transition while also de-risking critical supply chains. For example, certain countries in the region may benefit from preferential market access for their lithium or other key inputs to new energy and technology supply chains. However, the reach of the IRA – which remains a largely domestic policy – does not stretch as far as China’s current investment reshuffle. The Americas Act, announced by members of Congress in March could generate promising new investment opportunities for the region, as it encourages US companies and others to move their operations out of China, to which Latin America stands as a promising replacement. But Americas Act reshoring would primarily incentivise textiles and potentially medical equipment manufacturing, with less overall focus on the range of “new infrastructure” industries that China is prioritising. Chinese interests in information and communication technologies reveal a similar story. While the US has focused its policy on 5G equipment sales, China is undertaking a process of vertical integration in Latin American tech sectors that will dramatically boost its competitiveness. For instance, Chinese company Huawei is rapidly expanding its focus to include data centres, cloud computing, cybersecurity, and other services, especially in Argentina, Brazil, Chile, Colombia, Mexico, and Peru. (Computing accounted for a sizable 41 per cent of total Chinese information technology investment in the region between 2018 and the first half of 2023.) At the same time, Global Gateway, the EU’s proposal for a global investment initiative is yet to reach its potential in the region. Brussels is looking to be Latin America’s partner of choice by building local capacity for making batteries and final products like electric vehicles, as European Commission president Ursula von der Leyen noted last year. Yet even as the EU signals renewed commitment, China is becoming increasingly dominant in the electric vehicle market in Latin America and other regions. China surpassed the US in electric vehicle sales in 2023, with Chinese companies accounting for 45 per cent of total global sales and three times that of Germany’s. What is more, China has invested $11 billion in lithium extraction in the region since 2018, as part of a bid to control a third of global lithium-mine production capacity. Meanwhile the EU has secured some access to lithium as part of trade deals with Chile, alongside other nations, but this pales in comparison to what will be required to fuel the future of EU battery production. Latin America as a whole accounts for an estimated 60 per cent of the world’s lithium reserves. Based on its current levels of engagement in the region, the EU risks falling short of lithium, stalling its battery production and subsequently, its electric vehicle sales, just as China advances in this field. The window is closing for the EU, the US, and other partners looking to both maintain market share and compete with China in these Latin American industries, despite still-high rates of US and EU investment in and trade with the region. Indeed, US automakers increasingly see Chinese competition across the globe as an “extinction-level event.” Ensuring competitiveness in “new infrastructure” and related sectors will require a continuous commitment by partners to building and supporting project pipelines, and to delivering products and services at price points that can compete with China’s subsidised offerings. Both the EU and the US remain critical economic partners for Latin America and are contributing in ways that China is not. Still, complacency risks allowing China to take the lead in emerging industries in the region, some of which weigh heavily in the EU’s green and digital transformation. To protect their own future industries, the EU and the US need to first take a longer look at Latin America’s – especially as China vies for a dominant position.