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Innovations in sentence

759 examples of Innovations in a sentence

And the lower prices, better products, and consumer surplus provided by the commercialization of many innovations clearly provide large societal gains.
After all, the financial singularity implies that all prices would be based on such things as optimally projected future corporate profits and the correlation of profits with expected technological innovations and long-term demographic changes.
Investment enhances productive capacity, while serving, in the context of structural change, as the leading transmission mechanism for technological innovations.
On the contrary, today's commonplaces were yesterday's innovations.
Governments, too, must be actively engaged in how innovations are introduced to society.
Companies that depend solely on their products’ commercial appeal are limited in the kinds of innovations that they can safely introduce, because if one of their products fails in the marketplace, they may not survive to build another one.
Two European academics, Len Fisher and Ibo van de Poel, emphasize that the results of scientists’ efforts to understand the basic laws of nature form the basis of technological innovations.
In short, despite Abdullah’s innovations in the succession process, it is an open secret that nothing guarantees a transition to a younger generation of leaders – or that an effective ruler will emerge.
If used wisely, such platforms could take up the slack created by governments’ fiscal constraints to facilitate the entrepreneurial innovations needed to build the blue economy.
First, innovations can be developed and diffused faster than ever.
If they now want to modify the social contract (and assuming that direct democracy remains impossible), change ought to be based on a clear, historically grounded sense of which innovations European democracy might really need – and of whom Europeans really trust to hold power.
By understanding and drawing on proven innovations from around the world, Africa could leapfrog more developed countries technologically, building the capacity to produce more sophisticated, higher-value goods.
New innovations accelerated – rather than disrupted – this positive cycle.
Indeed, machines are becoming smarter, with innovations like advanced robotics, 3D printing, and big data analytics enabling companies to save money by eliminating even highly skilled workers.
The debate is about whether these innovations will remain bottled up in a few tech-intensive sectors that employ the highest-skilled professionals and account for a relatively small share of GDP, or spread to the bulk of the economy.
For example, the economic historian Robert Gordon argues that today’s innovations pale in contrast to past technological revolutions in terms of their likely economy-wide impact.
And in the US, immigrants take out patents at 2-3 times the rate of native-born citizens, and their innovations benefit non-immigrants as well.
Cross-disciplinary learning is important not only for spreading awareness, but also for improving the financial sustainability and scalability of technological innovations.
In other words, the development of cold-chain-independent disease detection, like the rest of our research and innovations, has far-reaching implications for global health.
More directly, supporting the development of low-cost health innovations could play a vital role in reducing the now-colossal health-care expenditure of advanced countries like the US.
Moreover, advances in our understanding of disease are boosting the efficiency of the drug development process, making it possible to bring new innovations to market faster.
It is an exciting time for health care, with many disruptive innovations on the horizon.
This, together with technological innovations and the deployment of sidelined corporate cash, would unleash productive capacity, producing faster and more inclusive growth, while validating asset prices, which are now artificially elevated.
But, despite the fact that European scientific research is among the most advanced in the world, Europe lags behind its global competitors in its ability to bring these innovations to the market.
World-changing innovations – in transport, telecommunications, medicine, and much else – are almost always the result of taking calculated risks and balancing these with the benefits that new technologies can provide.
The outcome of the race between technology and education will determine whether the opportunities presented by major innovations are seized, and whether the benefits of progress are widely shared.
These innovations have helped keep the US-China economic relationship on an even keel, even in times of tension.
Now consider recent financial innovations.
Most important, the ACA is providing incentives for the creation of “affordable care organizations,” “bundled payment systems,” and other delivery innovations to encourage better coordination of care, especially for patients with numerous chronic conditions.
The Centers for Medicare and Medicaid Services (which provide health insurance to pensioners and the poor) has just announced its second round of grants – $665 million to 28 states, three territories, and the District of Columbia – to encourage innovations in health-care delivery.
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