ES (02/2024) From laggard to leader? Closing the euro area’s technology gap Flashcards
[Europe’s lost IT revolution]
How did Europe’s productivity compare to that of the United States after World War II?
After World War II, the productivity in Europe, particularly in the four largest economies of the euro area, rapidly increased, closing the productivity gap with the United States from 25% in 1945 to 100% by 1995.
[Europe’s lost IT revolution]
What changed in the productivity growth trend of the euro area compared to the United States after 1995?
Between 1995 and 2007, while annual growth in GDP per hour surged in the United States, it slowed and diverged in the euro area, leading to a productivity ratio of 0.8 relative to the United States by 2008, indicating a significant loss in productivity.
[Europe’s lost IT revolution]
What are considered the main reasons for the euro area’s loss of competitiveness in recent decades?
The euro area’s loss of competitiveness is largely attributed to European firms’ failure to capitalize on the efficiency gains offered by information and communication technologies (ICT), impacting both capital stock and total factor productivity.
[Europe’s lost IT revolution]
How did investments in ICT transform the economy of the United States compared to Europe?
Broad-based investments in ICT transformed the US economy, especially the services sector, by making ICT a general-purpose technology that radically changed business operations and customer service, leading to an average annual productivity growth of 3.2% between 1995 and 2005, compared to just 0.9% in Europe.
[Europe’s lost IT revolution]
What is the current debate regarding the impact of recent technological innovations on productivity?
There is a debate over whether the most recent technological innovations are less revolutionary compared to past inventions like the railway, electricity, or the telephone, or whether the full benefits of technologies like AI have yet to be realized due to slow adoption rates.
[Europe’s lost IT revolution]
Why have firms in the euro area struggled to benefit from the ICT revolution?
The struggle of euro area firms to benefit from the ICT revolution is attributed to slow technology diffusion within the economy, preventing firms from fully leveraging new technological advancements to enhance productivity.
[The role of competition and capital markets]
How does the business environment in the United States differ from the euro area in terms of fostering investments in ICT?
The business environment in the United States is less regulated, making it easier or more necessary for firms to invest in Information and Communication Technologies (ICT), compared to the euro area, where product and labor markets often remain heavily regulated with high barriers to entry.
[The role of competition and capital markets]
How productive are younger firms in the euro area compared to their older peers, and what contributes to this productivity?
Younger firms that survive in the euro area are on average almost three times as productive as their older peers. Much of this productivity gap is explained by young “superstar” firms, which increase their productivity by around 100% per year, invest significantly in intangible assets, and employ fewer, more specialized workers.
[The role of competition and capital markets]
What trends have been observed in the manufacturing sector regarding firm demography and productivity?
In the manufacturing sector, a marked decline in productivity growth among high-tech frontier firms over the past decade coincided with a slowdown in business dynamism and an increase in the average age of these firms, which is now about 50% higher than before the global financial crisis.
[The role of competition and capital markets]
How does firm size influence investments in ICT and what challenges do smaller firms face?
Firm size is crucial for driving investments in ICT as the fixed costs related to process reorganization disproportionately affect small and medium-sized enterprises, which may struggle with the financial burden of these investments.
[The role of competition and capital markets]
What impact do administrative thresholds have on the growth of younger firms in the euro area
Administrative thresholds, such as labor laws that become applicable when a firm exceeds certain size limits (e.g., 50 employees in France), prevent younger firms from expanding and reaching a size where they can compete more effectively and benefit from economies of scale.
[The role of competition and capital markets]
How does the employment distribution between large and small firms in the euro area compare with that in the United States?
In the United States, firms with more than 250 employees account for almost 60% of total employment, whereas in the euro area, the share ranges from 12% to 37%, indicating a less favorable environment for firm growth in the euro area.
[The role of competition and capital markets]
What challenges do euro area firms face in scaling up, particularly regarding capital access? What does the productivity disparity between highly productive young firms and the general productivity at the country level indicate about the euro area economies?
- Euro area firms often encounter difficulties in scaling up due to a lack of external capital, with venture capital investments much lower than in the United States. This funding constraint frequently forces innovative companies to relocate to regions where capital markets are deeper and funding more accessible.
- The disparity indicates that while young firms can be highly productive, a significant portion of resources remains locked in less productive sectors of the economy, highlighting inefficiencies and the potential for productivity improvement if resources were reallocated more effectively.
[The US management hypothesis]
What does the ‘US management hypothesis’ suggest about the role of management in ICT-related productivity?
The “US management hypothesis” suggests that IT adoption requires complementary organizational changes to fully realize productivity gains from digital technologies, indicating that management practices significantly influence the effectiveness of IT investments.
[The US management hypothesis]
How do US multinationals operating in Europe compare to European firms in terms of productivity gains from IT?
US multinationals doing business in Europe achieve significantly higher productivity gains from IT than their European counterparts, despite operating under the same regulatory environments, largely due to superior people management practices.
[The US management hypothesis]
According to research by ECB staff, what percentage of firms in the euro area effectively use digital technologies to enhance productivity?
Research by ECB staff indicates that only about 30% of firms in the euro area, those closest to the technology frontier, manage to use digital technologies in ways that effectively raise productivity over time.
[The US management hypothesis]
What impact does investment in ICT have on the efficiency of most firms in the euro area?
For most firms in the euro area, investment in ICT has no significant impact on their efficiency, suggesting that additional factors such as management practices and organizational changes are crucial for realizing the benefits of such investments.
[The US management hypothesis]
How does the level of education in many euro area countries affect firms’ ability to benefit from digital technologies?
In many euro area countries, a significant share of adults, sometimes more than a third, have not completed upper secondary education. This educational gap contributes to why many firms have not been able to capitalize on the ICT revolution, as effective use of digital technologies often requires a substantial base of human and managerial capital.
[Why Europe urgently needs to tackle its competitiveness crisis]
Why has closing the technology gap in the euro area become more urgent recently? How do current electricity prices in the EU compare to those in the United States and China, and what impact is this having?
- The urgency to close the technology gap in the euro area has increased due to Russia’s war against Ukraine, which has significantly raised energy costs, affecting the price competitiveness of euro area firms.
- Currently, electricity prices in the EU’s industrial sector are almost three times as high as in the United States and more than twice as high as in China, leading to a decline in the production of high energy-intensive goods and weakening the euro area’s stronghold in traditional industries.
[Why Europe urgently needs to tackle its competitiveness crisis]
What long-term trend in energy pricing is expected, and what is the recommended response to maintain competitiveness?
Energy from fossil fuels is expected to become increasingly expensive as carbon prices rise, suggesting that the only sustainable way to regain competitiveness is to reduce dependency on fossil fuels by accelerating the green transition.
[Why Europe urgently needs to tackle its competitiveness crisis]
What challenge does the green transition pose to productivity in the euro area?
The green transition poses a challenge to productivity because high carbon-intensive sectors, which have been more productive on average, are being phased out in favor of greener but initially less productive sectors, likely leading to a short-term reduction in aggregate productivity.
[Demographic headwinds require higher productivity growth]
What demographic trends are projected for the euro area by 2070 according to Eurostat?
By 2070, the old-age dependency ratio, which compares the number of people aged 65 or above to those aged 20 to 64, is expected to increase from 37% in 2022 to 60% in the euro area, indicating a significant demographic change towards an older population.
[Demographic headwinds require higher productivity growth]
How have work preferences changed in the euro area since the 1970s, and what is its impact on productivity needs?
Since the 1970s, there has been a secular downward trend in the average hours worked per employee, mostly due to a decline in the number of hours employees desire to work. This shift necessitates an increase in output per hour worked to maintain the sustainability of the social system amid an aging population.
[Slow technology diffusion risks raising market concentration]
What is the impact of slow technology diffusion on market dynamics in the euro area?
Slow technology diffusion, where productivity gains from digitalization are confined to a few highly innovative and productive firms, has led to increased market concentration and a widening productivity gap between leading and lagging firms, particularly in the services sector.