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Innovation in sentence

3014 examples of Innovation in a sentence

The price of anarchy is a price well worth paying if we want to preserve innovation through serendipity.
The IMF should stop forecasting renewed growth and issue a warning that the global economy will remain weak and vulnerable unless world leaders act energetically to spur innovation and growth.
Differences in innovation opportunities across industries are also consistent with the changing composition of business investment.
But at the macro level, expected growth in demand and associated innovation opportunities will remain the primary drivers of business investment.
It is the nature of governance that determines whether people deploy their talents and energy in pursuit of innovation, production, and job creation, or in rent seeking and lobbying for political protection.
In countries with little or no such endowments – where innovation, competitive efficiency, and a focus on production rather than rents is all the more important – the lack of good governance will lead to failure more rapidly.
This leads to a “chilling effect” among those serving in the military public affairs field, who conclude that there is no tolerance for innovation.
The surge in cross-border flows of goods, services, capital, and information produced by technological innovation and market liberalization has made the world’s countries too interconnected, their argument goes, for any country to be able to solve its economic problems on its own.
But it must be underpinned by a regulatory and policy framework that encourages risk-taking and innovation.
But what about technological innovation, which, like trade, often leaves some people worse off.
And, as the threat of recent (now reversed) US sanctions on the Chinese telecoms firm ZTE confirms, China cannot depend on a reliable supply of critical inputs from the US; it must depend on its own capabilities.Moreover, as the PCAST report notes, Chinese subsidies for science and technology industries are not zero-sum; they can benefit US consumers through innovation, lower costs, and lower prices.
Ultimately, whether the US semiconductor industry withstands the challenge that China poses will depend not on America’s success in curbing China’s progress, but rather on its ability to sustain and support innovation by US companies.History is replete with examples of the Thucydides Trap, tensions between rising and established powers escalate into military conflict.
Moreover, as the PCAST report notes, Chinese subsidies for science and technology industries are not zero-sum; they can benefit US consumers through innovation, lower costs, and lower prices.
Ultimately, whether the US semiconductor industry withstands the challenge that China poses will depend not on America’s success in curbing China’s progress, but rather on its ability to sustain and support innovation by US companies.
As the urbanization process continues, connectivity, proximity, and diversity will accelerate knowledge diffusion, spark further innovation, and enhance productivity and employment growth.
But there also is some evidence that innovation is slowing – perhaps the result of reduced investment in research in the past five years.
Beyond effective collaboration, success will demand improved surveillance and greater innovation, particularly in diagnostics, drugs and vaccines, insecticides, and vector control.
One such innovation uses a bacterium called Wolbachia, either to stop deadly viruses from growing or to reduce mosquito populations.
Another innovation is a vaccine called AGS-v, developed by the London-based pharmaceutical company SEEK to provide broad protection against a range of mosquito-borne diseases.
A third innovation is essentially a smart mosquito trap, capable of capturing only the mosquito species capable of spreading the Zika virus and other diseases.
From Economic Analysis to Inclusive GrowthWASHINGTON, DC – Most economies are seeking a recipe for inclusive economic growth, whereby high rates of investment, rapid innovation, and strong GDP gains are pursued alongside measures to reduce income inequality.
These economists argue that labor markets with few restrictions on hiring and firing, low taxes on entrepreneurship, and generous incentives for innovation are compatible with a relatively equal income distribution, high social spending by government, and equalizing social policies such as universal free education.
This model has sustained an ongoing debate in Europe, one that is now relevant in the United States, because Donald Trump’s new administration has promised to help globalization’s “losers” while improving innovation and growth.
Only then could we gauge how strongly investment and innovation would respond to incentives, how much free universal education would cost in the medium term, or how demographic structures would affect different social policies.
The world’s fastest-aging societies – particularly countries in Europe (including Belgium, France, the Netherlands, Norway, Sweden, and the United Kingdom) and Asia (South Korea and Japan) – are leaders in international competitiveness and innovation.
Once we reach the point at which it is no longer news to have a woman or a non-Japanese serving as a CEO, Japan will have reinvented itself and recovered its true spirit of risk-taking and innovation.
Indeed, the UN's wanton sacrifice of science and technology to its own bureaucratic self-interest creates significant obstacles to innovation that can help the poorest of the poor.
In order to build a “curing machine” of this kind, at least one far-reaching innovation is needed: a better way of modeling entire systems, which would deliver new conceptual tools to both biology and computer science.
The economic rationale for intellectual property is that faster innovation offsets the enormous costs of such inefficiencies.
But it has become increasingly clear that excessively strong or badly formulated intellectual property rights may actually impede innovation – and not just by increasing the price of research.
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