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Technological in sentence

2092 examples of Technological in a sentence

To think about a technological breakthrough like AI, we must find a balance between these approaches.
Patient capital plays an important role in infrastructure financing, because it is often accompanied by technological and administrative know-how, which helps to improve global connectivity and accelerate development.
Even in the aftermath of the financial crisis, the giddy pace of technological change is likely to continue to drive globalization, but the political effects will be different for the world of nation-states and the world of non-state actors.
The SDGs were always bound to meet strong headwinds, owing to technological disruption, geopolitical rivalry, and widening social inequality.
Budget cuts – together with accountability issues and new technological challenges – are also hurting those tasked with delivering good governance.
The natural course of history in the most optimistic sense is progress “at the margin,” but the rapid pace of technological change is pushing us to expect equally rapid progress in human affairs.
Even if technological change causes that market – and Chile’s share of it – to grow, primary lithium production will not provide the revenues needed to fund Chile’s social programs.
It calls for enhancing agricultural productivity; upgrading value chains; exploiting local, regional, and international demand; strengthening technological effort and innovation capabilities; promoting effective and innovative financing; stimulating private participation; and improving infrastructure and energy access.
In the rich countries of the global north, the widening gap between rich and poor results from technological change, globalization, and the misdeeds of investment bankers.
The increase in US production, thanks to technological advances in shale oil production, has been breathtaking.
Some may be surprised that a central bank governor is interested in technological innovation, and even more that economists at the Fed are studying the impact of computers on economic growth (their research on this subject, indeed, may be found on the Fed's internet site: www.bog.frb.fed.us).
Such research may also shed light on whether the current extraordinary expansion of the U.S. economy, which has lasted uninterrupted for the past nine years, is simply a prolonged streak of luck or represents the effect of a new technological revolution, similar to the one which occurred at the end of the 19th century and which is best symbolized by the spread of electric power.
An economy may perhaps make up ten years of neglect, but during a technological revolution, ten years are as long as a century.
The main culprit is technological change that automates routine manual and cognitive tasks, while increasing demand (and wages) for highly skilled workers.
In the hands of a capable entrepreneur, a technological breakthrough can be worth billions of dollars, owing to regulatory protections and the winner-take-all nature of global markets.
Technological support for Iran’s nuclear programs could impede the ongoing international negotiations aimed at preventing Iran from developing nuclear weapons, especially as the Iranians are looking for leverage in the talks.
These two scenarios follow a familiar story line: technological progress, such as the development of nuclear power, genetically modified organisms, information technologies, and synthetic organic chemistry, first promises salvation, but then threatens doom as the consequences, often environmental, become apparent.
Even disinfecting water – the single most important technological advance ever in prolonging human life – turns out to produce carcinogenic byproducts.
The cycle of fundamental discovery, technological development, revelation of undesirable consequences, and public aversion appears unbreakable.
These risks include natural disasters, more extreme weather, efforts by governments to reduce greenhouse-gas emissions, and the knock-on effect of a technological revolution in renewables, energy efficiency, and alternative technologies.
In order to realize the full potential of the common market, the EU must adapt its economic governance to the challenges of globalization – research, technological development, and knowledge must be at the heart of the European economy, particularly given Europe’s efforts to be at the forefront of combating climate change.
The upheavals resulting from momentous technological change are rarely expected.
This imagined state of affairs might be called the financial singularity, analogous to the hypothetical future technological singularity, when computers replace human intelligence.
After all, the financial singularity implies that all prices would be based on such things as optimally projected future corporate profits and the correlation of profits with expected technological innovations and long-term demographic changes.
Market reformers focused their attention on reducing the size of government, but overlooked the government’s role in raising the country’s technological capacity.
An economy’s technological capacity depends on a wide range of social institutions.
The next stage of reforms in Argentina, and in countries in similar positions, should focus on fostering society’s educational, scientific, and technological capacities.
In the US, for example, Congress has passed a tax-reform package that may produce an additional increment in private investment, but will do little to reduce inequality, restore and redeploy human capital, improve infrastructure, or expand scientific and technological knowledge.
The fact is that rapid social, technological, and environmental change is challenging both the Western and Chinese models of governance and development, with both requiring significant reform.
But as technological progress accelerated, education failed to keep pace, leaving vast numbers of people struggling to adapt to a rapidly changing world and contributing to widespread suffering.
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