Search

Begin New Search Topic Science and Technology

301. Advancing the Quantum Advantage: Hybrid Quantum Systems and the Future of American High-Tech Leadership

Author:
Arthur Herman
Publication Date:
11-2022
Content Type:
Special Report
Institution:
Hudson Institute
Abstract:
Quantum computers mark a transformational revolution in information technology. Whereas most computers process data using bits that consist of either a zero or one, quantum computers can use those digits simultaneously through superposition.1 The many resulting benefits will include the discovery of new drugs, new processes for carbon capture and advanced battery research, and a new exactitude in weather prediction, including in dealing with climate change.2 All in all, experts expect the global quantum computing industry to grow to $450–850 billion in value in the next 15 to 30 years.3 Yet because of the challenges of engineering qubits—the physical basis of quantum computing—most authorities push the timeline for full-scale quantum computer commercialization beyond 2040 and as far as 2050. Even some quantum experts do not expect any big breakthroughs until the 2030s at the earliest. The true path to the quantum future is the combination of quantum and classical digital technology, especially in computing, which will powerfully accelerate access to the potential benefits of quantum information science. While key players in the industry, including IBM and Microsoft, have recognized the potential synergy of hybrid architectures and applications, the federal government needs to expand its attention and resources devoted to this aspect of securing America’s quantum future and its leadership in the twenty-first century.
Topic:
Defense Policy, National Security, Science and Technology, Leadership, Innovation, and Quantum Computers
Political Geography:
North America and United States of America

302. Hydrogen and Energy Transition: Opportunities for Brazil

Author:
Rafaela Guedes, Gregório Cruz Araújo Maciel, and André Bello
Publication Date:
05-2022
Content Type:
Special Report
Institution:
Brazilian Center for International Relations (CEBRI)
Abstract:
Hydrogen has an important versatility in the context of energy transition. It can be used directly as a low or zero-carbon energy source in sectors that are difficult to decarbonize or in energy storage, enabling a larger share of intermittent renewables, such as wind and solar power. In 2021, the Royal General Consulate of Norway in Rio de Janeiro and CEBRI promoted a discussion on the perspectives, technical challenges and economic feasibility of hydrogen production projects, as well as alternative national development strategies for this technology and its potential advantages for Brazil. Panelists from several companies involved in the sector (DNV, NEL Hydrogen, Air Products, Hyrton), as well as Giovani Machado, Director for Energy Economics and Environmental Studies at EPE, Mariane Fosland,General Consul of Norway, and CEBRI Trustee, Winston Fritsch, participated in the panel.
Topic:
Science and Technology, Hydrogen, Energy, and Green Transition
Political Geography:
Norway, Brazil, and South America

303. Regional power competition in the Eastern Mediterranean: the return of naval power and the changes technology brings

Author:
Vassilis Nedos
Publication Date:
03-2022
Content Type:
Working Paper
Institution:
Hellenic Foundation for European and Foreign Policy (ELIAMEP)
Abstract:
Energy games and the territorialization of maritime zones are the main reasons for the renewed arms race and regional competition in the East Mediterranean. The East Mediterranean is home to quite diverse fleets in terms of capabilities and technology. In terms of Unmanned Aerial Vehicle (UAV) field capabilities, Israel is the local champion while Turkey is an emerging power; the remaining regional actors lag behind. Top-tier technology items manufactured mostly by the US aeronautical industry are either too expensive or are restricted to local actors; as a result, Israel and subsequently Turkey have developed indigenous capabilities over the last few years, which are highly exportable. Even though the Russian invasion of Ukraine and the war now raging in the country has to some extent overshadowed the rising tensions in the East Mediterranean (which culminated in the standoff between the Greek and Turkish fleets between August and November 2020), there are still issues that need to be resolved which stem directly from the military build-up and the power balance, which has been seriously disturbed. Greece is already invested in catching up in terms both of numbers and technological capabilities. Nonetheless, to date, these efforts have failed to close the gap for two main reasons: Firstly, the agreements signed so far include little or no transfer of technology and know-how; Secondly, the local capabilities in both ship building and the aeronautical industry suffer from the perennial Greek state maladies. Investing in local AI technologies and solving the “Gordian knot” of the shipyards are prerequisites for developing local infrastructure capable of competing regionally in the long run.
Topic:
Science and Technology, Navy, Strategic Competition, and Regional Power
Political Geography:
Turkey, Middle East, Israel, Greece, and Mediterranean

304. Applying an intergenerational mindset to European technology investments

Author:
Fabian Zuleeg
Publication Date:
11-2022
Content Type:
Working Paper
Institution:
European Policy Centre (EPC)
Abstract:
Russia’s war of aggression in Ukraine and the upcoming winter of discontent have accelerated the permacrisis, with serious consequences, not just in the short term, but also for Europe’s future. If the EU proves unable to work together and address today’s strategic challenges, member states risk leaving future generations with a Europe that is economically, politically, and socially fragmented and constrained. But this is not the moment for defeatism. Rather, the EU should adopt an intergenerational approach across all policy areas, asking: how will our reactions to today’s severe challenges affect future generations? This should include a common investment strategy: to counter our common societal challenges and crises, the EU should invest in technology and education, increasing Europe’s human and intellectual capital. However, despite technology’s prominence in the EU political agenda, the Union still struggles to make decisive steps to achieve global leadership in many areas. This Discussion Paper argues that the EU should have access to and control over new technologies to guarantee that these “public goods” are, at least in part, in common ownership. Taking equity stakes in technology should be at the heart of the European Sovereignty Fund, announced by Ursula von der Leyen in her 2022 State of the Union speech. Additionally, member states should work together to create a better environment for future private investment by harnessing the power of the Single Market and completing the Capital Markets Union. By adopting this intergenerational mindset, the EU can start the process of building technological wealth which will be accessible to everyone and help tackle Europe’s fundamental challenges. This new investment strategy will offer hope and ensure that the EU can provide peace, prosperity, and sustainability for the current and, more importantly, future generations.
Topic:
Education, Science and Technology, European Union, Investment, and Russia-Ukraine War
Political Geography:
Russia, Europe, and Ukraine

305. Operationalizing the Quad

Author:
Lisa Curtis, Jacob Stokes, Joshua Fitt, and Andrew J. Adams
Publication Date:
06-2022
Content Type:
Special Report
Institution:
Center for a New American Security (CNAS)
Abstract:
This paper assesses Quad activities and the progress the group has made toward its stated objective of promoting a free and open Indo-Pacific. It also provides policy recommendations for strengthening Quad cooperation across the six identified priority areas (vaccines, critical and emerging technologies, climate change, infrastructure, space, and cybersecurity) as well as on trade and economics and security and defense.
Topic:
Security, Defense Policy, International Cooperation, Science and Technology, Economy, Trade, and Quad Alliance
Political Geography:
Japan, India, Australia, United States of America, and Indo-Pacific

306. Regenerate: Biotechnology and U.S. Industrial Policy

Author:
Ryan Fedasiuk
Publication Date:
07-2022
Content Type:
Special Report
Institution:
Center for a New American Security (CNAS)
Abstract:
Arevolution in biotechnology is dawning at the precise moment the world needs it most. Amid an ongoing climate crisis, fast-paced technological maturation, and a global pandemic, humans must find new ways to reduce greenhouse gas emissions, improve food security, develop new vaccines and therapeutics, recycle waste, synthesize new materials, and adapt to a changing world. But incentive structures in the U.S. private sector are generally biased against risk, and therefore constrain development in ways that do not have the same effect on firms in China and other U.S. competitors. This puts the United States at a relative disadvantage and risks ceding American leadership over one of the most powerful and transformative fields of technology in recent memory. The United States needs some form of industrial policy to promote its bioeconomy—one that is enshrined in democratic values and focused on improving access to four key drivers of bioeconomic growth: equipment, personnel, information, and capital. This report attempts to measure the health and outlook of the U.S. synthetic biology industry and broader bioeconomy by examining U.S. access to each of these four resources. It concludes that the United States still possesses an advantage in each of these fields—but that, absent a proactive strategy to ensure resource access, and without a significant infusion of capital, the U.S. bioeconomy risks languishing behind competitors such as China in the decades ahead.
Topic:
Science and Technology, Industry, Capital, Biotechnology, Personnel, and Information
Political Geography:
North America and United States of America

307. Lighting the Path: Framing a Transatlantic Technology Strategy

Author:
Carisa Nietsche, Emily Jin, Hannah Kelley, Emily Kilcrease, and Megan Lamberth
Publication Date:
08-2022
Content Type:
Special Report
Institution:
Center for a New American Security (CNAS)
Abstract:
The world’s leading powers are engaged in an unprecedented technology competition. Autocratic regimes are advancing a vision for technology use—a techno-totalitarianism that entrenches authoritarian rule—that directly opposes the interests of democratic states. This vision, which includes control over key economic inputs, the domination of supply chains, breakthrough capabilities in emerging technologies, and unfettered surveillance, threatens to upend a decades-old rules-based system that promotes economic competitiveness and freedoms, supports democratic values, and protects fundamental rights. How this technology competition unfolds will shape the global economic, political, and military balance for decades. Collaboration among the world’s tech-leading democracies will be essential to maximize the odds of a favorable outcome. Perhaps the most important factor in this dynamic is reimagining the long-standing transatlantic partnership to meet this challenge. To succeed, the United States and Europe must compete or risk ceding the competition to autocracies. They must be guided by a strategy that matches the moment. Yet no such strategy currently exists. This report aims to light that path by developing the contours of a transatlantic technology strategy. This framework has a two-part approach. First, it identifies persistent friction in technology policy between the United States and Europe. The transatlantic partners must align approaches, when possible, and manage disagreement in the relationship to pave the way for a cooperative agenda. Second, this report advances a promote and protect agenda to ensure U.S. and EU economic security and long-term technological competitiveness. The report covers seven areas in which transatlantic cooperation will be key: artificial intelligence (AI), biotechnology, clean energy technology, information and communications technology and services (ICTS), quantum information science and technology (QIST), semiconductors, and standard-setting. This report offers concrete, actionable recommendations to maintain the transatlantic partners’ technological edge, ensure economic competitiveness, and protect democratic values. Ultimately, the report charts a blueprint for transatlantic success in a wide-ranging and consequential technology competition.
Topic:
Science and Technology, European Union, Partnerships, Transatlantic Relations, and Strategic Competition
Political Geography:
Europe, North America, and United States of America

308. Rewire: Semiconductors and U.S. Industrial Policy

Author:
Chris Miller
Publication Date:
09-2022
Content Type:
Special Report
Institution:
Center for a New American Security (CNAS)
Abstract:
As the United States considers industrial policy for the first time in decades, it should learn lessons from prior government efforts to shape the semiconductor industry, in the United States and abroad. The U.S. government has played a major role in the semiconductor industry since the invention of the first integrated circuit, via funding scientific research and via military procurement, which has driven the commercialization of new technology. However, though government—and specifically, the Defense Department—has had deep connections with the chip industry, it has played only a supportive role in building America’s semiconductor industry, with the key innovations and firms emerging from private-sector expertise. Other countries have experimented with industrial policy toward semiconductors too. Success stories in industrial policy generally have involved investing in skilled workforces and ensuring competitiveness by pushing domestic firms to sell to international markets. Simply pouring capital into a country’s chip industry rarely has been a winning strategy. Today, the U.S. government should focus policy toward the semiconductor industry around four main objectives: promoting technological advances, guaranteeing security of semiconductor supply, retaining control of choke points, and slowing China’s technological advances.
Topic:
Science and Technology, Strategic Competition, Industry, Semiconductors, and Policymaking
Political Geography:
China, North America, and United States of America

309. Assessing Russian State Capacity to Develop and Deploy Advanced Military Technology

Author:
Samuel Bendett, Richard Connolly, Jeffrey Edmonds, Andrea Kendall-Taylor, and Michael Kofman
Publication Date:
10-2022
Content Type:
Special Report
Institution:
Center for a New American Security (CNAS)
Abstract:
Even before Russia’s invasion of Ukraine in February 2022, many analysts and policymakers viewed Russia as a declining power. This mindset, formed by the sharp juxtaposition between the seeming strength of the Soviet Union and the chaos and weakness of Russia in the 1990s, has been an enduring heuristic for how Russia today is understood. The country’s stagnant and resource-dependent economy, declining population, and substantial brain drain have fed a sense that Russia’s days as a global power are numbered. The war in Ukraine has only accelerated some of these trends, further reinforcing such views. The Russian military’s poor performance, the degradation of its forces, and the imposition of sanctions and export controls that will restrict Russia’s ability to regenerate its forces have already led some to dismiss the country as a Potemkin power and pronounce the end of its great power status.1 Russia undoubtedly will emerge from its war on Ukraine as a weaker power. But even during the post-Soviet period of sustained economic stagnation, brain drain, and demographic decline, the Russian state developed a new generation of hypersonic missiles, air and missile defenses, and nuclear weapons with novel means of propulsion. Russia has demonstrated that it is able not only to bring to fruition late-Soviet designs, but also to develop a follow-on generation of capabilities. Likewise, the Kremlin has continued to modernize and expand its nuclear capabilities. Despite economic constraints, the Kremlin prioritized the development of its strategic nuclear forces by investing significant resources into developing and deploying new nuclear warheads and launchers, upgrading all legs of the nuclear triad, completing work on a hypersonic glide vehicle, and building a new intercontinental, nuclear-armed, nuclear-powered undersea autonomous torpedo. Of course, Russia’s past performance was under a different set of conditions. Moving forward, as a result of its invasion of Ukraine, Russia will face new and more significant constraints on its ability to modernize its military. But it is too soon to count Russia out. Policymakers need a more nuanced assessment of the nature of the future Russian threat. This report provides such an assessment, focusing on Russia’s ability to develop and deploy its nuclear capabilities through 2030. To that end, this report first identifies Russia’s own stated goals and objectives for the development of its nuclear forces looking out to 2030. Because Russia’s invasion of Ukraine and the resulting military degradation and economic sanctions and export controls introduce critical uncertainties about the Kremlin’s ability to execute these objectives, this report adopts a scenarios approach to forecasting Russia’s future nuclear capabilities. The report identifies two drivers that the authors view as most critical in shaping Russia’s ability to fulfill its stated objectives: the impact of Western sanctions on Russia’s government revenue and ability to access critical technology, and the extent of the degradation of the Russian military in Ukraine, which will force choices on the Kremlin about how to prioritize military expenditures. This report uses these two drivers to describe two scenarios that define the upper and lower boundaries of expectations for Russia’s nuclear capabilities, along with the implications of each of these scenarios for the United States and its allies. The scenarios, in other words, describe both a worst- and best-case state of affairs for Russia, and thus they help frame the problem for U.S. policymakers and planners. The report concludes with an assessment of key findings that emerge from the analysis and associated recommendations for the United States and Europe.
Topic:
Nuclear Weapons, Science and Technology, Sanctions, Military, Russia-Ukraine War, and Policymaking
Political Geography:
Russia and Europe

310. Digital Allies: Deepening U.S.–South Korea Cooperation on Technology and Innovation

Author:
Jacob Stokes, Alexander Sullivan, and Joshua Fitt
Publication Date:
03-2022
Content Type:
Special Report
Institution:
Center for a New American Security (CNAS)
Abstract:
Rapid advances in digital and other emerging technologies have become a defining feature of international geopolitics and geoeconomics in the 21st century. This report explores how the United States and South Korea can broaden and deepen their alliance through expanded cooperation on issues related to technology and innovation. Despite the continued centrality of traditional security threats—especially those emanating from North Korea—both the United States and South Korea are seeking to deepen and broaden alliance cooperation to address a larger set of shared challenges and opportunities. To that end, both capitals have noted the increasing importance of key technologies for economic growth as well as for security and governance. The two countries are at the very beginning of defining how an augmented alliance will approach technology coordination, but they have decades of economic and trade ties on which to build. Technology issues are central to the policy platforms of both U.S. President Joe Biden’s and South Korean President Moon Jae-in’s administrations and will continue to be important under future administrations in both countries. In addition to examining general consultative frameworks, enhancing U.S.-South Korea technology cooperation requires assessing the state of bilateral interactions sector by sector and issue by issue. The two countries occupy leading roles in many foundational technology ecosystems within the evolving global economy, such as semiconductors, telecommunications, and advanced batteries. In emerging fields such as artificial intelligence and quantum computing, U.S.-Republic of Korea (ROK) collaboration harbors the potential not only to raise living standards through technological breakthroughs but also to promote governance norms in accordance with liberal democratic principles. Potential opportunities for Washington and Seoul to deepen cooperation extend beyond the bilateral context to regional and global affairs, through coordination of the U.S. Indo-Pacific Strategy and South Korea’s New Southern Policy or its successor under the new president-elect, Yoon Suk-yeol. Rapid technological growth and digitization in Indo-Pacific countries, particularly those of Southeast Asia, present both immense economic opportunity and a range of governance challenges. The United States and South Korea have an important opportunity to ensure that technological development promotes a free, open, secure, and prosperous region. Taken together, the strategic rationales for enhancing U.S.-South Korea cooperation on technology issues are strong. Meaningful efforts to that end are already underway, but more can and should be done to deepen alliance coordination. Policymakers in Washington and Seoul should consider recommendations spanning the areas of foreign policy and international organizations, coordination on key technologies, trade and investment, and digital governance and domestic policy. Doing so will enable the alliance to meet the challenges and seize the opportunities presented by the current regional and global landscape.
Topic:
International Cooperation, Science and Technology, Bilateral Relations, Alliance, and Innovation
Political Geography:
Asia, South Korea, North America, and United States of America