Advances
in sentence
838 examples of Advances in a sentence
Advances
in biological sciences and technologies, meanwhile, are increasing our ability to control disease and aging, boost food production, and manage pollution.
In digital technologies and software, for example, new
advances
have much shorter gestation periods and typically build on previous innovations in an incremental fashion, meaning that much shorter patent terms may be appropriate.
Technological
advances
and innovation have begun to turn the longstanding dream of energy independence into a reality.
No surprise, then, that a backward, developing country in the early stages of “catching up” through learning from the developed world, sees copying the intellectual
advances
of others as something like a human right.
Such
advances
in the processing speed and storage capacity of computers are expected to continue until the laws of physics impose certain limits.
Coincidentally, cryptographic systems which themselves use quantum computation are already commonplace in laboratories, heralding the development of communication that is both perfectly secure - even against quantum attack - and immune to future
advances
in mathematics or technology.
Meanwhile,
advances
in energy efficiency are also reducing demand for traditional producers’ exports.
Inasmuch as productivity growth – and, in turn, GDP and income growth –
advances
these societal objectives, it is highly desirable.
Health-related discoveries and advances, for example, have brought massive societal benefits since World War II: increased longevity and reduced child mortality and morbidity, not just higher productivity and GDP.
Socioeconomic
advances
have come at the cost of an erosion of the separation of powers and media independence.
Economists vs. Scientists on Long-Term GrowthCAMBRIDGE – Most economic forecasters have largely shrugged off recent
advances
in artificial intelligence (for example, the quantum leap demonstrated by DeepMind’s self-learning chess program last December), seeing little impact on longer-term trend growth.
Young researchers, in particular, believe that
advances
in basic knowledge are coming as fast as ever, even if practical applications are taking a long time to develop.
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.
These
advances
are at the forefront of a growing trend toward “frugal innovation” that is increasingly being adopted in developed markets, too.
Major
advances
have since been made in brain imaging, biochemical analysis, and, perhaps most important, genetic testing.
And there have been extraordinary
advances
in the number and kinds of vaccines that are available.
Of course, more traditional
advances
in education and skills training will be needed.
Advances
in science have given us a better understanding of climate and ecosystem risks.
Let us work, instead, to build on many smaller advances, wherever we can make them – by mobilizing support, creating broad alliances, building coalitions, and taking into account a web of moving parts and complex issues – because that will set the stage for the eventual breakthroughs of tomorrow.
But recent breakthroughs in AI-related technologies do offer enormous potential for positive
advances
in a range of applications from transportation to education and drug discovery.
But technological
advances
have enabled many of these middle-class jobs to be automated or moved offshore – a process that is expected to accelerate with growing automation of knowledge-based activities and
advances
in robotics.
Trade in parts and components has benefited from falling transport costs, reflecting containerization and related
advances
in logistics.
Recent
advances
in behavioral economics show that we all have enormous problems with self-control.
None of these
advances
would have been possible had researchers been operating according to the three-year plans that characterize much of current academia.
Rapid technological
advances
are transforming daily life and creating new industries, but are also fueling anxiety about lost jobs and occupations.
Advances
in the defense industry lead to significant positive externalities, such as civil-military synergies and investment in research and development, which is fundamental to growth, innovation, and future competitiveness.
The probability of catastrophes, whether intentional or not, resulting from human activity appears to be increasing because of the rapidity and direction of technological
advances.
Rapid
advances
in technology, particularly in the field of exploration and the ability to extract hydrocarbons in new places, eventually upended such narratives.
Improving health systems’ responsiveness to these big killers would likely lead to
advances
that could help in other areas.
But none of this proved necessary, owing to remarkable
advances
in robotics, solid-state electronics, imaging, data collection, and communication.
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