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Technological in sentence

2092 examples of Technological in a sentence

Technological innovation can be part of the solution for Arab economies; but the accompanying disruption of markets and livelihoods raises its own challenges.
History is replete with examples of technological advances interacting with resource availability, with enormous geopolitical impact.
To win in the resource revolution, companies must balance technological, physical, and human-capital inputs, while adopting a more intelligent approach to organizational design and talent management.
Maybe we have reached a point at which the productivity boost from Internet-based technology has been cashed, and we need another technological leap to move forward again.
The adoption of ICT drives fundamental technological change, potentially transforming a broad range of industries, as well as people’s daily lives.
The exuberance that pushed the NASDAQ so high in 1999 and early 2000 rested on the belief that a technological leap forward in data processing and data communications technologies had created a host of "winner_take_all" markets in which increasing returns to scale were the dominant feature.
Today’s economy is radically different and changing rapidly – the result of technological innovation, the rising value of intangible, knowledge-based assets, and the internationalization of economic activity.
Recent technological advances have radically altered the way people conduct their lives, both at work and at play.
The draft NDPO’s vision of a new, more adaptable, mobile, flexible, and multi-purpose SDF, with advanced technological resources and information gathering capacity, calls for a fundamental reassessment of the existing organization and equipment.
That is when the third arrow, which aims to boost Japan’s potential growth through structural change (including increased private investment, technological innovation, improved trade links, and reformed corporate-tax policy), will become far more important.
But the reality is that in many emerging economies, rapid population growth poses a major threat to economic development, and technological progress will make that threat even more severe.
Witness, for example, the active debate about whether technological progress is accelerating or decelerating.
Populist movements have targeted “experts” and “elites,” who are now asking themselves what they could have done differently to manage the forces of globalization and technological innovation.
In the Industrial Revolution of the late eighteenth and early nineteenth centuries, technological innovation, especially in textile machinery, displaced skilled artisans and craft workers en masse, and left them deprived of any real safety net to cushion the blow.
Within the next decade, China’s leaders must design and implement reforms to combat corruption; support migration to cities (such as liberalizing the house-registration system); promote technological innovation; rebalance sources of economic growth; raise environmental and labor standards; and build the country’s social-welfare system, including health care, education, and social security.
The main beneficiaries of free trade and technological change must actively compensate the losers through taxation, subsidies, and employment support.
In the US, how much of the increase in income inequality over the past three decades reflects technological change and globalization (both favoring those with higher levels of education and skills), and how much reflects privileged access to the policymaking process, is a complex and unsettled question.
But they are also increasingly fearful of technological change and globalization, and thus seek to limit their pace and scope.
China’s leaders must begin by increasing investment in science and technology, focusing their efforts on parlaying key technological breakthroughs into higher-value-added production.
Even more frightening to many in the advanced countries is the real possibility that, beyond catching up rapidly in its technological competence, China could actually lead in one of the key industries of the future: artificial intelligence.
Though the US and its allies enjoy overwhelming technological advantages – a reality that had long worried Chinese leaders – China took it almost as a given that the US would continue to place a high priority on conflict avoidance.
And yet, in a time of profound scientific and technological change, they remain remarkably conventional.
These strategies balance legal, policy, and technological solutions.
Their research looked at how much we could help the planet by setting different levels of carbon taxes, planting more trees, cutting methane, reducing black soot emissions, adapting to global warming, or focusing on a technological solution to climate change.
Rapid globalization, however, came about only in part through technological advances.
If China suspects that other countries are pursuing a containment strategy to impede its technological development, then its resolve to follow through with Made in China 2025 will strengthen.
In the early 1970’s, the flush of technological optimism was over, the Vietnam War was a disaster, societies were in turmoil, and economies were stagnating.
What should African nations do to advance their scientific and technological capabilities?
So African nations must invest in scientific and technological education and training.
Despite the dismal condition of most scientific and technological institutions in Africa, pockets of strength exist.
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