Example collocations logo

Technological in sentence

2092 examples of Technological in a sentence

Environmentalists sometimes underestimate the benefits of technological and economic progress when they reason that a finite supply of resources must imply their eventual exhaustion.
Each packs the kind of soft, utilitarian powers of persuasion that Chinese leaders are most willing to embrace: academic degrees from prestigious universities, advanced scientific and technological knowledge, high office, and a Nobel Prize.
To optimists, the latest technological developments, like others that have propelled humanity forward, promise to deliver unprecedented levels of prosperity.
But technological progress occasionally substitutes one for another, as with coffee and tea.
This is what people call technological leapfrogging.
Above all, I believe that economic development should be viewed as a process of persistent structural change, which, if successful, supports constant technological upgrading of production and trade.
Unfortunately, we have no computers powerful enough to run any other useful quantum algorithm; building powerful quantum computers is a major scientific and technological challenge for the coming decades.
Large firms face an increasingly fluid economic, technological, and political environment – owing to more global and competitive markets, to the greater potential of technological change to alter firms’ business environment, and to governments’ growing influence over what makes business sense.
In a few years, however, the energy terrain is likely to be unrecognizable, as dramatic technological, economic, and geopolitical changes reshape commercial relationships worldwide.
If countries began to define energy security as energy independence and try to supply all their own needs, the result could be expensive overcapacity, massive price distortions, slower technological progress, and weaker economic growth.
Europe’s Scientific MeltdownAfter World War II, most Europeans agreed that scientific research would not only boost their economies, but also deliver greater technological autonomy from the United States and act as a catalyst for social change.
Public funding of basic research and industrial investments are both needed to achieve long-term technological development.
In addition, the precise pattern of technological change has put pressure on the middle class everywhere – by reducing the demand for workers who have only a secondary-school education.
Their response covers concerns about measurement, structural shifts in the labor market, a potential paucity of investment opportunities, productivity-diluting technological innovations, and technology-driven skills mismatches.
All of this suggests that a substantial share of the decline in productivity growth may not be the result of some deep problem with resource allocation or some consequence of exogenous technological innovation cycles over which we have little control.
We have experienced technological change that substitutes machines and computers for individual workers for many years.
The longer that older workers remain in the labor force, the more exposed they are to technological unemployment.
Technological changes that lightened the burden of housework, coupled with changing attitudes toward women in the workplace, now allow many more women to acquire an education and the relevant skills to pursue careers.
But, though public health is a major regional challenge, so far universities have been placing far greater emphasis on subjects in engineering and technological fields.
This is why GCC countries should encourage and invest in technological development at the local level, and create room for engineers to work with local public-health professionals.
Since the first cohort of NEF Fellows was selected in 2015, the program has highlighted the contributions of young African researchers who are working to tackle some of the world’s toughest scientific and technological challenges.
While there is certainly room for optimism about technological advances that will help to control treatment costs, the fact is that treating a growing share of the world’s population simply is not feasible.
To advance this effort, China’s leaders are engaging the private sector, which, as Vice Premier Liu He recently acknowledged, accounts for more than 50% of tax revenues, 60% of GDP, 70% of technological innovation, 80% of urban employment, and 90% of new jobs and companies.
After decades of globalization and technological progress, countries are more interconnected than ever, with policy decisions made in one country having far-reaching spillover effects.
But the real sources of American workers’ economic pain are technological innovation and tax-and-spend policies that favor the rich.
In the developing world, trade has delivered high growth and technological progress.
Above all, they should bear in mind that even during past periods of rapid technological change, far more people benefited from free and open trade than from protectionist barriers.
Rising inequality is redistributing income to those with a high propensity to save (the rich and corporations), and is exacerbated by capital-intensive, labor-saving technological innovation.
Governments have proved unable to protect unskilled and semi-skilled employees from the consequences of globalization and technological change.
Such “structural flexibility” is better adapted to enabling the broad changes that rapidly evolving technological and global economic forces require.
BackNext