Example collocations logo

Technological in sentence

2092 examples of Technological in a sentence

No one has yet reliably quantified the boost to wellbeing that such technological advances produce.
Yet, given the enormous global pressures that we face, including vastly unequal incomes and massive environmental damage, we must find new technological solutions to our problems.
This raises another challenge of technological innovation: we will need to support the transfer of proven technologies to poorer countries.
Thus, technological developments should involve a collaborative international effort from the start.
Successful technological breakthroughs can provide stunning benefits for humanity.
Where adaptation to ruthless international competition and rapid technological change calls for flexibility and individual responsibility, the dominant culture in France continues to be one of assistance and entitlement.
Finally, it requires a technological and politico-economic breakthrough in favor of renewable energy, rather than a return to nuclear power or coal.
Imagine our world, 20 years from now, if we could educate a new generation of young people so that they have the skills and creativity to take on the great economic and technological challenges of the day.
Why?Rich countries are indeed near their potential and grow only because of technological or other advances.
As Foshan has proved, cities have a unique capacity to support growth – including by fostering competition, advancing innovation, and phasing out obsolete industries – while addressing social challenges, tackling pollution, and creating a labor force that can cope with technological disruption.
It will have a higher GDP, larger population, higher military spending, and more technological investment.
Such global economic and technological forces are widely viewed as beyond the control of countries’ governance structures, raising doubts about the efficacy of policy responses.
Since then, astounding technological developments have contributed to revolutionary progress in physics, astronomy, cosmology, and the life sciences.
And now, with the technological armory and plethora of data currently available, science can go far beyond any previous expectation and extrapolation.
For decades, technological advances have been essentially incremental, and the industry remains largely based on long-haul transport aircraft, with an emerging small jet component and a legacy of general aviation markets and products.
But the free market also has a crucial role to play, with longer-term, incentive-based policies catalyzing scientific and technological advancement – and thus boosting economies’ growth potential.
With the public sector unlikely to be able to absorb these new workers, there is an urgent need to create a dynamic private sector that not only adopts, but also generates technological innovations that empower workers and deliver durable and inclusive growth.
Achieving the SDGs – which range from eliminating hunger and poverty to protecting the environment – will require the involvement of dynamic private sectors that are capable of producing technological solutions and willing to provide critical financing.
But that reflects science-based research and old-fashioned technological ingenuity on the part of farmers, plant breeders, and agribusiness companies, not irrational opposition to modern insecticides, herbicides, genetic engineering, and “industrial agriculture.”
In recent years, however, patent law widened enormously with the acceptance, in the United States, Australia, Japan, and Korea, of business-method patents --that is, patents not on a technological process but on a way of doing business.
While the global economy continues its broad-based expansion, disruptive economic, geostrategic, and technological forces may threaten ASEAN’s gains of recent years.
Would the US not be better off by using its capacity to tax natural gas to stimulate the development of the contemporary technological equivalent of the revolutionary engine?
These countries are able to choose a different technological path to growth, one based on low-carbon strategies and green principles.
A technological leap that raises the wages of the skilled and educated will induce others to become skilled and educated, restoring balance so that inequality does not grow too much.
Yet three centuries ago there was also technological progress, from the mechanical clock and the watermill to the cannon and the caravel, and on to strains of rice that can be cropped three times a year in Guangzhou and the breeding of merino sheep that can flourish in the hills of Spain.
The real sources of growth are not to be found in supplies and demands and the allocation of scarce resources to alternative uses, but in technological and organizational change – about which economists have too little to say.
In the years preceding the financial crisis, increasing globalization and technological advances made it much easier for central banks to deliver both solid growth and low inflation.
At the same time, the new model that emerges will still have to account for major forces that sustained the old model, especially the forces of globalization and technological innovation that voter resistance will not stop.
Savvy investors will look for companies that can withstand the current populist revolt against globalization and take advantage of incipient economic and technological trends.
For China, the situation is complicated further by US President Donald Trump’s evident view of the country as a strategic competitor, rather than a strategic partner, not to mention massive domestic social change and rapid technological disruption.
BackNext