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Technological in sentence

2092 examples of Technological in a sentence

The visible and persistent failure of education systems to adopt exciting technological breakthroughs is a well-known example of this inertia.
Massive technological and organizational advances have raised productivity in many sectors.
Exit-driven venture capital might be appropriate for gadgets; but technological revolutions have historically required patient, committed public financing.
We have far more money and much greater technological ability to adapt than our forebears ever did.
In the developed world, we are surrounded by all kinds of technological staples – iPads, smoothie-making blenders, automatic vacuum-cleaning robots – that our parents neither had nor imagined that they would need.
The post-1945 US role was challenged first by the Soviet Union, which, for a time, posed a real technological challenge.
Cutting-edge technological developments – in renewable energy and hybrid or electric vehicles, for example – will be indispensable in building these cities (and, more broadly, a clean and efficient economy).
A technological breakthrough – the steam engine, computers, the Internet – may play a leading role.
Increases in agricultural productivity, owing to improvements in seeds, new fertilizers and pesticides, improved credit access, and technological breakthroughs, have been a key driver in reducing hunger.
But such policies are harder to implement in poorer countries, where technological capabilities and infrastructure are often lacking.
But what you should really worry about is what comes after: in the current social, political, and technological landscape, a prolonged economic crisis, combined with rising income inequality, could well escalate into a major global military conflict.
This is all the more worrying in view of the numerous other factors stoking social unrest and diplomatic tension, including technological disruption, a record-breaking migration crisis, anxiety over globalization, political polarization, and rising nationalism.
These technological and ideological trends increased both the lethality and the difficulty of managing terrorism.
In 2014, the AU adopted the Science, Technology, and Innovation Strategy for Africa (STISA) – a roadmap that calls for national and regional governing bodies to increase investment in research infrastructure, education, and other necessary conditions for technological innovation and entrepreneurship.
At the national level, countries rely on the flow of knowledge among enterprises, universities, and research institutions to harness their citizens’ creativity and facilitate innovation and technological development – national innovation systems.
But after so many shocks and so much technological change over the last decade, there is considerable uncertainty about how much unused capacity remains and where the non-accelerating inflation rate of unemployment (NAIRU) lies.
But it is particularly vital today, as the share of wages in national income declines, and the share of profits and rents rises – a trend that technological progress is accelerating.
Today’s technological revolution is marked by the increasing socialization of the production of capital.
The scars of the global financial crisis and Great Recession, combined with longer-term structural economic, technological, cultural, and demographic trends, have left large swaths of the population in many countries feeling politically neglected, culturally disparaged, and/or economically wounded.
We start with 100 farmers producing 100 units of food: technological progress enables 50 to produce the same amount, and the other 50 to move to factories that produce washing machines or cars or whatever.
Because they are subject to greater competition, export activities tend to undergo faster technological and productivity improvements than other parts of the economy.
The specific rules, infrastructure, skills, and technological mastery that export activities require tend to be different from those needed for the non-tradable activities that usually generate the bulk of a place’s employment.
This would create new prospects for the countries in the EU’s southern neighborhood, and thus give the transformation process an economic and technological impetus.
But trade, on balance, has done much more good than harm, and the overwhelming majority of manufacturing-job losses in the developed world have resulted from technological advances like automation.
Technological solutions are also worth exploring.
But it also likely reflects the technological dimension of the escalating economic and geopolitical competition between the US and China.
Yet, ironically, this technological trend has also decentralized surveillance: billions of people nowadays voluntarily carry a tracking device that continually violates their privacy as it searches for cell towers.
When predictions of AI’s impact range from minor job-market disruptions to human extinction, clearly the world needs a new framework to analyze and manage the coming technological disruption.
Reducing the fragmentation of the European defense industry will enhance its competitiveness, which is essential for avoiding a technological gap between Europe and the US.
But, with globalization and technological advancements, the pace and scale of such transformations have accelerated considerably.
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