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Technological in sentence

2092 examples of Technological in a sentence

At the same time, the pace of technological progress and globalization necessitates rapid structural changes in both developed and developing countries alike.
It should be understood as a process in which the world becomes increasingly interconnected through technological advances that drive down transportation and communication costs.
This trend is being driven largely by the same forces that have fueled Asia’s economic growth in recent decades: unbridled globalization and technological progress.
Capital owners also reap major benefits from technological progress.
In short, as the Nobel laureate Angus Deaton has acknowledged, by creating new opportunities for a certain group of millions of people, while subjecting an enormous number of people to wage stagnation, unemployment, and economic precarity, globalization and technological innovation have helped to widen the gap between the haves and have-nots.
Having this mixture helps ensure that if technological developments render one leg vulnerable, the others can still threaten sufficient retaliation.
Although Deaton supports select initiatives, particularly for delivering medical and technological knowledge, he questions whether the vast majority of aid passes the basic Hippocratic litmus test of “first do no harm.”
First, technological advances have rendered manufacturing much more skill- and capital-intensive than it was in the past, even at the low-quality end of the spectrum.
Our technological prowess is largely viewed through the lens of engineering, and engineers tend to focus on one question: “Does it work?”
Can we really trust science to guide us, or do we recklessly throw in our lot with technological “silver bullets” as the way forward?
The third turning point in this sequence is technological: national estimates of cereal crop productivity show how, after decades of stagnation during the Asian green revolution, African yields have grown steadily over the past decade, so that estimated cereal grain output per capita now equals that of South Asia.
According to recent research, however, about one-third of growth in China now comes from technological progress, or an increase in total factor productivity.
Of course, the technological and demographic factors that underpin potential growth ebb and flow over longer (multi-decade) timeframes; and, regardless of whether the US and other advanced countries have entered a long-run period of secular decline, there really is no way to influence these forces.
With more CFIUS input on the types of foreign partnerships and deals that require federal approval, the US could reduce the risks of technological blowback.As the international order moves from an era of US-led hegemony to one of multipolarity, overlapping spheres of influence will increase the chances of economic and political friction.
With more CFIUS input on the types of foreign partnerships and deals that require federal approval, the US could reduce the risks of technological blowback.
But Chinese and Indian scientists argue that Africa can benefit from a changing of the technological guard.
And there are plenty of untapped opportunities for technological catch-up in, say, health, education, and financial services.
As they continue to do so, they will be playing an increasingly dangerous and unstable game, in which each technological turn could fundamentally transform politics by rendering old defenses useless.
Without making undue comparisons, the question for the United States today is whether it can remain the world’s leading power while delegating to others or to technological tools the task of protecting its global influence.
Leading the world in technological prowess while leading it from behind in terms of combat forces on the ground, if not in the air, America’s shift of emphasis is impossible to ignore.
They will not protect workers from technological change.
Global leaders must commit to enhancing the quality of education and reduce the education gap by increasing school resources, improving the efficiency of educational institutions, and seizing the opportunities afforded by technological innovation.
These types of investments continue to be beneficial throughout a worker’s life, as exposure to new skills and knowledge allows him or her to adapt to an evolving technological and business environment.
Though the security implications of the digital age are less tangible and not as destructive as a nuclear attack, the technological possibilities fundamentally alter the playing field of international relations.
Add to that the declining costs of alternative energy sources and relentless technological advancement, and the world’s carbon-reduction goals do not seem so distant – or costly.
Even without crisis-related imbalances, structural flexibility in all economies is necessary to adapt to the shifts caused by globalization and the labor-saving and skill-biased technological shifts associated with the rising value of digital capital.
To secure the digital-infrastructure supply chain, we need greater transparency regarding the provenance of technological components.
We need a strategy that balances our need to harness technological innovation in order to safeguard our economic future with the need to avoid creating massive security vulnerabilities in the process.
A Tribute to James WolfensohnOver the past decade, the global economy has achieved unprecedented prosperity built on trade, international capital flows, and technological innovation.
For an expanding set of private firms, the main source of pressure has been technological, particularly those advances underpinned by the increasingly powerful mix of artificial intelligence, big data, and mobility.
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