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1. Quantum technologies and value chains: Why and how Europe must act now

Author:
Georg Riekeles
Publication Date:
03-2023
Content Type:
Working Paper
Institution:
European Policy Centre (EPC)
Abstract:
As next-generation foundational technologies, quantum computing, communication, and sensing carry significant economic and security implications that go to the core of today’s strategic competition. In contrast with the US, where Big Tech actors dominate, Europe’s strengths lie in a vibrant ecosystem of research organisations and start-ups. This growing ecosystem is now at a critical juncture to develop into an internationally competitive European industry. This paper is based on research and a series of workshops conducted with European policymakers, stakeholders and industry actors looking into Europe’s technological position in contested international value chains. It proposes ten recommendations for the EU’s industrial policy mix under the following headings: KNOW – Embrace tech forecasting at the EU level COOPERATE – Combine European efforts in an EU Quantum Industrial Alliance INVEST – Mobilise European public-private capital for industrial scale-up PROTECT – Deploy Europe’s defensive toolbox prudently In a year that will see the launch of the EU Sovereignty Fund and adoption of the European Chips Act, quantum stands as a test case for the EU’s technological competitiveness and industrial policy agenda.
Topic:
Security, Economics, European Union, Industry, Quantum Computers, and Value Chains
Political Geography:
Europe

2. How to Curb Investments in Chinese Technology: Initiatives and Debates in the United States

Author:
Mathilde Velliet
Publication Date:
08-2023
Content Type:
Policy Brief
Institution:
Institut français des relations internationales (IFRI)
Abstract:
In a continuation of U.S. efforts to slow China's development and acquisition of strategic technologies, Washington has imposed new restrictions on American investment in Chinese technology sectors such as artificial intelligence (AI), quantum, and semiconductors. On August 9, 2023, President Biden issued an unprecedented executive order, announcing notification requirements and prohibitions for U.S. tech investments in China. Three sectors are targeted: semiconductors, quantum information technology, and artificial intelligence. Washington’s main concern is that these investments are accompanied by technology transfers and “intangible benefits” contributing to the development of Chinese military capabilities. This concern, first voiced in the 1980s, has received a heightened political response since 2018. Considering the emerging consensus in Congress and the multiplication of bills, further measures are likely to be adopted in the coming months. The European Union and certain Member States are beginning to reflect on the consequences of U.S. measures, and on the relevance of adopting their own tools to control investment in China.
Topic:
Science and Technology, European Union, Investment, Artificial Intelligence, Quantum Computers, and Semiconductors
Political Geography:
China, Europe, Asia, and United States of America

3. Strategic Calculation: High-Performance Computing and Quantum Computing in Europe’s Quest for Technological Power

Author:
Alice Pannier
Publication Date:
10-2021
Content Type:
Special Report
Institution:
Institut français des relations internationales (IFRI)
Abstract:
Computing power plays a key role in enabling machine learning, for scientific research, and in the military domain. Therefore, the race for computing power has become a key element of the US-China technological competition, and it is also a strategic priority for Europe. This study focuses on two complementary segments of computing: high-performance computing (HPC, also known as “supercomputing”), and quantum computing. HPC has for several decades been used in scientific research, meteorology, and the military. While states continue to drive the needs for massive computers, the field is also witnessing a diversification of uses in industry. Meanwhile, quantum computing is still at an experimental stage but has highly disruptive potential, as it promises to multiply computing power exponentially. As such, it has become a focal point for government, industry, and investors around the globe. In the global race, European countries are seeking to pool resources by encouraging the development of federated computing services, data infrastructures, and a local industry. Of course, Europe faces multiple challenges (the design and production of processors, energy consumption constraints, and scarce private investment) and risks (such as export restrictions and company takeovers). Yet, today, quantum computing does offer an opportunity to learn lessons from past developments in the field of classical computing, and to take the right actions early on, to reap the societal, economic and security benefits of this technology.
Topic:
Science and Technology, Artificial Intelligence, Data, Quantum Computers, Digital Sovereignty, and Supercomputers
Political Geography:
Europe

4. Digitalising Defence: Protecting Europe in the age of quantum computing and the cloud

Author:
Daniel Fiott
Publication Date:
03-2020
Content Type:
Policy Brief
Institution:
European Union Institute for Security Studies
Abstract:
Any discussion about the digitalisation of defence is hampered by the imprecision of associated terms and words. ‘Cyber’, ‘the cloud’, ‘Internet of Things’ (IoT), ‘block chain’ and ‘quantum computing’ are widely used but their exact meaning or application can be quite fuzzy. The truth is that we may be intellectually ill-equipped to understand the full intricacies and implications of digitalisation, even if the economic rationale for digitalisation is clear. In fact, some estimates show that the digitalisation of products and services could add more than €110 billion to industrial revenue in Europe over a relatively short time frame of five years, so it is easy to see why the economic rationale for greater digitalisation is so powerful. Yet digitalisation is clearly not just about economics and the geopolitical ramifications of a proliferation of digital technologies is becoming a mainstay of international politics today. The assumption is that the competition to control new technologies (both hardware and associated software and algorithms), and the willingness to use them to gain an advantage over other states, underlines the growing importance of ‘digital power’. It is for this reason that the European Commission has stated that it is imperative for the EU to establish ‘technological sovereignty’ in areas of key strategic importance such as defence, space, mobile networks (5G and 6G) and quantum computing.
Topic:
Security, Defense Policy, Science and Technology, European Union, and Quantum Computers
Political Geography:
Europe