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Technological in sentence

2092 examples of Technological in a sentence

Speaking recently at the Russian Academy of Science, he said that the Soviet economy was structurally incapable of using most of the technological secrets procured through KGB industrial espionage.
Within a few years, when it becomes clear to the Russian leadership that modernization conceived as technological innovation is too narrow to succeed, important choices will have to be made.
So, the question we now face is this: how important will the technological revolutions in data processing and communications be in the long run?
Some technological innovations change our lives but have no lasting effect on the economy as a whole.
For a technological change to revolutionize an entire economy, as steam power and electricity did, its effect must not be local, but must radiate across much of the economy, so that the demand for new products grows more rapidly than the decline in their prices.
Rapid technological progress brings rapidly falling prices.
Some American strategists advocate a largely technological solution to this dilemma.
Continued US engagement in the region requires it to heed the lesson of the Cold War: No technological fix will provide complete invulnerability.
Islamic fundamentalists reckon that what the rest of us regard as the liberalizing influence of technological progress and globalization is a brash re-run of Western colonialism.
A widespread perception in advanced countries is that the rents from technological innovation are being eroded precipitously.
Northwestern University’s Robert Gordon, for example, argued that the US economy was bound to slow down, because today’s technological innovations would not boost growth to the extent they had in the past.
The popular upsurge in the Arab world shows that democratic empowerment hinges on two key internal factors: the role of security forces and the technological sophistication of the state’s repressive capacity.
We have clung to this faith in technological salvation as the old faiths waned and technology became ever more inventive.
Our faith in the market – for the market is the midwife of technological invention – was a result of this.
And it is a promise in this sense that connects science to society: the public trusts that scientific and technological advancement are the keys to navigating the uncertain road to a better world, in which future generations can live longer, healthier, and happier lives.
While specific objectives have changed, the overarching belief that scientific knowledge transforms people’s lives – as cultural, educational, and institutional factors converge with technological and industrial dynamics – has remained strong.
Indeed, if China pursues the structural reforms and technological upgrading needed to maintain rapid economic growth, its middle class should exceed one billion people in 2030, up from 157 million in 2009.
But there remains substantial room for more consumption in luxury goods and technological products, as the purchasing power of the developing world’s middle class catches up to that in the advanced countries.
Of course, the heightened technological ability nowadays to expose private behavior is part of the reason for this change.
As technological change accelerates the decline in manufacturing employment, the appropriate policy response is to provide support for vulnerable workers and facilitate the expansion of sunrise industries in which demand – and employment – will increase most rapidly.
Another is increasing technological innovation, to avoid a sharp slowdown in productivity growth.
Globalization and technological transformation have deepened interdependence, and yet insecurity, inequality, injustice, and intolerance remain undiminished worldwide.
The first explanation for earned-income inequality is technological change, which raises the demand for skilled workers faster than the supply.
Enhancing the earned-income tax credit is a live option today, and Obama proposed in his January 2016 State of the Union address expanding wage insurance, which currently helps workers who lose their jobs because of trade but could be extended to those who lose their jobs due to technological change.
By taking advantage of idiosyncratic knowledge and local capabilities, countries can make the most of technological diffusion, often beginning with adoption, then moving to adaptation and, later, invention.
And that loss of faith, compounded by accelerating technological change and the fragmentation of international order, goes a long way toward explaining why the future seems less predictable, and why the average person feels more unsettled.
Chinese entrepreneurs nowadays are particularly well adapted to take advantage of new market trends brought about by rapidly changing fashion and similarly rapid technological progress.
Many of the fundamental technological breakthroughs over the past century have come from large government outlays for research and development that would be prohibitively expensive for any private firm.
America’s technological superiority since World War II is a direct result of its Cold War-era military-industrial mobilization, which led to the development of satellite technology as well as what would become the Internet.
The second explanation was that the slow recovery was part of a longer-term trend, attributable to secular stagnation or a dearth of important technological innovations.
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