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761. Trade and Transport Margins in Pharmaceuticals and other R&D-Intensive Industries

Author:
Tom Martin
Publication Date:
07-2020
Content Type:
Working Paper
Institution:
Oxford Economics
Abstract:
Spending for prescription and over-the-counter pharmaceutical products totaled $413 billion in 2012 according to the Bureau of Economic Analysis’ (BEA) trade and transports margin data. Just over half of this spending (52%) accrued to the pharmaceutical companies that produced the medicines, while the remainder was divided between transport and wholesale margins (21%) and retail margins (26%). Compared to other research and development (R&D)-intensive manufacturing industries with significant consumer sales, the pharmaceutical and medicines manufacturing industry ranks second in terms of R&D intensity behind communications equipment, and receives the second lowest producers’ share of total spending after other miscellaneous manufacturing. Thus, the pharmaceutical industry is unique among manufacturing industries in that it devotes a large share of its revenue to R&D, despite receiving a considerably smaller share of total spending.
Topic:
Science and Technology, Trade, Transportation, Medicine, and Pharmaceuticals
Political Geography:
Global Focus

762. Ensuring a trusted 5G ecosystem of vendors and technology

Author:
Rajiv Shah
Publication Date:
09-2020
Content Type:
Special Report
Institution:
Australian Strategic Policy Institute (ASPI)
Abstract:
5G will be the next generation of mobile telecommunications. There are differing views on how quickly it will become commonplace and exactly what form it will take, but it will ultimately transform much of what we do and how society functions. The trustworthiness, security and resilience of 5G networks will therefore be critical. A key part of this will be the partnerships that network operators form with vendors to provide and maintain the network infrastructure. There’s now a good understanding that 5G will underpin critical national infrastructure in a way that previous telecommunication technologies don’t, and that supply-chain trust and security are key national security issues. Australia and some other countries have eliminated specific vendors from their 5G supply chains, but the space is globally contested and there is no consensus on what happens next. There is a need for a trusted ecosystem of vendors, which may also bring enormous opportunities for states, including Australia, to develop sovereign 5G capabilities and grow their 5G market. However, barriers to entry and a lack of consensus among key 5G stakeholders across the public and private sectors are holding up progress towards these goals.
Topic:
Markets, Science and Technology, Cybersecurity, and 5G
Political Geography:
Global Focus

763. Critical technologies and the Indo-Pacific: A new India-Australia partnership

Author:
Aakriti Bachhawat, Danielle Cave, Jocelinn Kang, Rajeswari Pillai, and Trisha Ray
Publication Date:
10-2020
Content Type:
Special Report
Institution:
Australian Strategic Policy Institute (ASPI)
Abstract:
This report by ASPI’s International Cyber Policy Centre and India’s Observer Research Foundation argues that as the India-Australia bilateral relationship continues to grow and evolve, both governments should invest in the construction of a new India–Australia partnership on technology. The foundation for such a partnership already exists, and further investment areas of complementary interests could stimulate regional momentum in a range of key critical and emerging technology areas including in 5G, Artificial Intelligence, quantum technologies, space technologies and in critical minerals. The report contains 14 policy recommendations that will help build this new technology partnership. This new report outlines what this new India-Australia technology partnership could look like. It examines the current state of the India–Australia relationship; provides an overview of current technology cooperation and where challenges and roadblocks lie; analyses each state’s competitive and complementary advantages in selected technology areas and highlights opportunities for further collaboration across the areas of 5G, Artificial Intelligence, Quantum technologies, Space technologies and in critical minerals.
Topic:
Foreign Policy, Science and Technology, Bilateral Relations, Partnerships, and Cybersecurity
Political Geography:
India and Australia

764. The historical origins of global jihad, revisited

Author:
Thomas Hegghammer and Daniela Pisoiu
Publication Date:
12-2020
Content Type:
Video
Institution:
Austrian Institute for International Affairs (OIIP)
Abstract:
Where does transnational jihadism come from? Why did militant Islamists start targeting the West in the 1990s after decades of operating locally? In this lecture, Thomas Hegghammer revisited the historical origins of the phenomenon often referred to as "global jihadism". Using insights from his latest book, The Caravan: Abdallah Azzam and the Rise of Global Jihad (Cambridge, 2020), he argued that the standard narrative established in the years after 9/11 was too West-focused and state-centric, and that local politics and technology played a greater role than is often acknowledged.
Topic:
Science and Technology, History, Non State Actors, Transnational Actors, Violence, Islamism, and Jihad
Political Geography:
Global Focus

765. The Public-Purpose Consortium: Enabling Emerging Technology with a Public Mission

Author:
Jake Taylor
Publication Date:
10-2020
Content Type:
Policy Brief
Institution:
Belfer Center for Science and International Affairs, Harvard University
Abstract:
Imagine a speculative technology, one that is destined to change lives and improve the world, but also one where many scientific and practical questions remain to be answered. Companies and entrepreneurs, already seeing the potential, have begun spinning up new efforts and launching startups to realize products and services. You know that investors are likely underestimating both the difficulty posed by the technology and the long-term impact. The science and engineering remain far from that necessary to achieve those goals, much less understand the unintended consequences. You are now tasked with enabling the economic growth implied by these opportunities while ensuring both scientific progress and minimizing unintended negative outcomes. What do you do? Faced with this challenge in the still esoteric field of quantum information science, leaders in the Government and I worked with stakeholders from across the United States and around the world to build a foundational approach for this new technology. Rather than using a roadmap with product or milestone driven development, we instead focused on building a community around the emerging technologies and scientific challenges necessary to build quantum computers. These are devices that operate at the very limits set by nature in what and how they compute and are fantastically hard to create – so much so that their basic operation and architecture are areas of active research. And their impact is fantastically broad, thus the need to both temper expectations and enable cooperation. In executing a program to enable this new sector, we developed a specific approach for solving the challenge of blending profit motive and public good that leverages the mechanism of consortia. We are at a moment in time where cooperation between public-purpose stakeholders and profit-motive stakeholders can be an effective means of integrating public purpose into technology as it emerges. This brief covers the basic concept of a public-purpose consortium (PPC), examination of what combination of factors lead to their use for emerging technologies, and considers the key principles for organizing PPCs and enabling their success: Build Community, Enable Cooperation, Ensure Value, Institute Governance, and Keep It Lightweight.
Topic:
Science and Technology, Stakeholders, and Engineering
Political Geography:
Global Focus

766. Final Week Cybersecurity Considerations: Top Takeaways

Author:
Belfer Center
Publication Date:
10-2020
Content Type:
Policy Brief
Institution:
Belfer Center for Science and International Affairs, Harvard University
Abstract:
This election has already faced threats from cyber adversaries seeking to influence its outcome. The joint CISA-FBI alert confirming Russian state-sponsored activity targeting government networks on October 22 builds on other advisories around potential cyberattacks on election systems ahead of the election, including advisories of DDOS attacks against election infrastructure. Making unplanned or last-minute changes ahead of election day can introduce serious risks, especially given the short window to test changes. Here are some considerations as you work to address and prepare to counter potential cyber threats.
Topic:
Security, Science and Technology, Infrastructure, Elections, and Cybersecurity
Political Geography:
Russia and United States of America

767. Technology Factsheet: Synthetic Biology

Author:
Colin O'Leary
Publication Date:
01-2020
Content Type:
Policy Brief
Institution:
Belfer Center for Science and International Affairs, Harvard University
Abstract:
Synthetic biology (sometimes referred to as “SynBio”) is broadly defined as the application of engineering principles to biology, and in practice, refers to emerging technology that allows living organisms to be modified to serve user-defined purposes. While traditional biotechnology involves the transfer of smaller amounts of genetic material from one biological species to another, synthetic biology will permit the inten- tional construction of an entire organism.1 It has the potential to allow scientists to design living organisms distinct from any found in nature and to redesign existing organisms to have novel or enhanced qualities.2 The use cases of synthetic biology range from developing new therapeutics and vaccines for infectious disease to manufacturing novel biomaterials, biosensors, and biofuels. As scientists better understand biological systems, the potential applications of SynBio are anticipated to expand in scale and scope. The continued growth of the bioeconomy—defined as the “production, utilization and conservation of biological resources, including related knowledge, science, technology, and innovation, to provide information, products, processes and services across all economic sectors”—is giving space for synthetic biology technology to become a more significant part of the overall economic landscape.3 As with any technology that has a high potential for impact, SynBio presents a variety of pronounced opportunities, as well as risks. As the technology continues to mature and the number of market-ready applications grows, it is important for policymakers to consider how to promote the large number of opportunities the technology presents in the space of health and medicine, energy production, environmental recovery, food production, and more, while simultaneously protecting the public from foreseeable negative impli- cations and risks, such as weaponization, consumer safety, and ecological stability. Since synthetic biology bears significant similarities to previous biotechnology research on genetical- ly-modified organisms and recombinant DNA, existing regulations in the United States place the majority of synthetic biology products into the current biotechnology regulatory framework. As SynBio becomes more prominent though, it will be important for regulatory schemes to uniquely target the technology and its implications beyond those captured through biotechnology frameworks. Policymakers must continue to engage in the progression of the technology, understanding how regulation and governance must evolve to ensure the public can realize the opportunities, while being protected from the risks.
Topic:
Health, Science and Technology, and Biology
Political Geography:
Global Focus

768. Technology Factsheet: Quantum Computing

Author:
Akhil Iyer
Publication Date:
01-2020
Content Type:
Policy Brief
Institution:
Belfer Center for Science and International Affairs, Harvard University
Abstract:
Quantum computing refers to the use of quantum properties—the properties of nature on an atomic scale—to solve complex problems much faster than conventional, or classical, computers. Quantum computers are not simply faster versions of conventional computers, though they are a fundamentally different computing paradigm due to their ability to leverage quantum mechanics. Harnessing quantum properties, namely the ability for the quantum computer bits (called “qubits”) to exist in multiple and interconnected states at one time, opens the door for highly parallel information processing with unprecedented new opportunities. Quantum computing could potentially be applied to solve important problems in fields such as cryptography, chemistry, medicine, material science, and machine learning that are computationally hard for conventional computers. Although it is still unclear which specific tasks can benefit from parallelized quantum processing, known as quantum parallelism, it is expected that solutions to a number of problems, especially those related to optimization, can be greatly accelerated by using a quantum computer. Though the field is still in its early stages, the anticipated opportunities offered by the unique computational power of quantum computers have attracted investment from not only research universities, but also startups, technology giants like Google, IBM and Microsoft, and directed investment by governments around the world. This cross-sectoral ecosystem has supported recent progress in underlying hardware, software, and algorithms necessary to make the computers work. The field has seen rapid advancement, however systems that can accomplish various kinds of computation, and especially those that can be commercially viable, are still likely to be decades away. There are expected to be some near- term applications on the horizon though, making quantum computing as relevant as ever. Currently, U.S. governance and regulation regarding quantum computing—a subset of the broader field of quantum information science, which also encompasses quantum communication and quantum sensing—focus on investments in the technical knowhow, collaborative research ecosystem, and human capital required to advance the technology. Given quantum computing’s potential for impact, especially in the fields of digital security, healthcare, energy, and machine learning and artificial intelligence, it is important for policymakers to understand the likely trajectories of the technology over the coming decades, as well as the pace of development both within the U.S. and abroad. Furthermore, policymakers must consider how to effectively promote the development, application and implementation of general-purpose quantum technologies to realize their larger economic and social benefits, while simultaneously mitigating foreseeable risks to privacy, safety, security, and inclusion.
Topic:
Security, Science and Technology, Governance, Regulation, Privacy, and Quantum Computers
Political Geography:
United States of America

769. Weathering TechNationalism

Author:
Alex W. Schulman
Publication Date:
05-2020
Content Type:
Working Paper
Institution:
EastWest Institute
Abstract:
eathering TechNationalism provides policymakers, regulators, and corporate executives a five-part framework for mitigating supply chain risk in a holistic way. The framework lays out measures of assurance, transparency, and accountability that ICT buyers, operators, and vendors can implement jointly. Supplementing this framework, the report recommends several balanced, risk-informed policy measures—in accordance with national and industry-specific policy goals—that may further ICT and supply chain security and avoid the negative consequences of TechNationalism he action roadmap provides a whole-of-society approach and recommends that policymakers: Enable threat and vulnerability information sharing, Require diverse sources of supply, Make strategic science and technology investments, Consider narrow national security exceptions, and Review and adapt national supply chain security goals and policies.
Topic:
Security, National Security, Science and Technology, Cybersecurity, and Information Technology
Political Geography:
Global Focus

770. Europe’s digital sovereignty: From rulemaker to superpower in the age of US-China rivalry

Author:
Carla Hobbs
Publication Date:
07-2020
Content Type:
Special Report
Institution:
European Council on Foreign Relations (ECFR)
Abstract:
Covid-19 has revealed the critical importance of technology for economic and health resilience, making Europe’s digital transformation and sovereignty a question of existential importance. Rising US-China tensions are an additional incentive for Europe to develop its own digital capabilities; it risks becoming a battleground in their struggle for tech and industrial supremacy. Democratic governments – keen to preserve an open market in digital services while protecting the interests of citizens – find the European model an increasingly attractive alternative to the US and Chinese approaches. The EU cannot continue to rely on its regulatory power but must become a tech superpower in its own right. Referees do not win the game. Europe missed the first wave of technology but must take advantage of the next, in which it has competitive advantages such as in edge computing. EU member states lack a common position on tech issues or even a shared understanding of the strategic importance of digital technologies, such as on broadband rollout or application of AI.
Topic:
Science and Technology, Sovereignty, Power Politics, European Union, Artificial Intelligence, and COVID-19
Political Geography:
China, Europe, and United States of America