As the population ages, which nation will rise to lead innovation in the future? Demographics of Innovation takes a deep, investigative look at the link between economic growth, innovation, vitality and entrepreneurship in an aging population, and provides smart strategy for the future. Written by a Stanford-trained economist and demographics expert, who is also a prominent internet entrepreneur, this book examines demographic trends across nations and digs into the divergence to find awakening innovation. An aging population hampers growth; while many are focused on the care-related financial burden, few have fully explored the ways in which a seismic demographic shift could transform the face of global business. This book charts the trends, connects the dots and reveals which nations will be best placed to build an innovation economy and grow in the future. Global business is set to undergo a revolution as aging populations mired in old thinking become left behind by younger, brighter, more forward-looking generations. Innovation loss is the first step in stagnation, so the question becomes: who will win and who will lose in this new world order? This book presents clear analysis of the coming demographic bomb, and proposes insightful strategy for the short and long term. Delve into the aging of society and the economic issues it creates Learn how shifting demographics affects innovation and prosperity Examine trends in growth, policy and more alongside the rise in average age Make smarter planning decisions in light of the changing population The problems of overpopulation pale in comparison to the problem of aging on a massive global scale. Demographics dictate growth rates, economic equilibrium, interest rates and so much more. Demographics of Innovation provides thought-provoking analysis and strategy for policy makers, business leaders, investors, entrepreneurs and everyone concerned about planning for an uncertain future.

'Demographic transition, along with the economic and geopolitical re-emergence of Asia, are two of the largest forces shaping the twenty-first century, but little is known about the implications for innovation. The countries of East Asia have some of the oldest age structures on the planet: between now and 2050, the population that is age 65 and older will increase to more than one in four Chinese, and to more than one in three Japanese and Koreans. Other economies with younger populations, like India, face the challenge of fully harnessing the "demographic dividend" from large cohorts in the working ages. This book delves into how such demographic changes shape the supply of innovation and the demand for specific kinds of innovation in the Asia-Pacific. Social scientists from Asia and the United States offer multidisciplinary perspectives from economics, demography, political science, sociology, and public policy; topics range from the macroeconomic effects of population age structure, to the microeconomics of technology and the labor force, to the broader implications for human well-being. Contributors analyze how demography shapes productivity and the labor supply of older workers, as well as explore the aging population as consumers of technologies and drivers of innovations to meet their own needs, as well as the political economy of spatial development, agglomeration economies, urban-rural contrasts, and differential geographies of aging.'--Publisher description.

The United States is in the midst of a major demographic shift. In the coming decades, people aged 65 and over will make up an increasingly large percentage of the population: The ratio of people aged 65+ to people aged 20-64 will rise by 80%. This shift is happening for two reasons: people are living longer, and many couples are choosing to have fewer children and to have those children somewhat later in life. The resulting demographic shift will present the nation with economic challenges, both to absorb the costs and to leverage the benefits of an aging population. Aging and the Macroeconomy: Long-Term Implications of an Older Population presents the fundamental factors driving the aging of the U.S. population, as well as its societal implications and likely long-term macroeconomic effects in a global context. The report finds that, while population aging does not pose an insurmountable challenge to the nation, it is imperative that sensible policies are implemented soon to allow companies and households to respond. It offers four practical approaches for preparing resources to support the future consumption of households and for adapting to the new economic landscape.

How to get more innovation and more equality. Is economic inequality the price we pay for innovation? The amazing technological advances of the last two decades—in such areas as artificial intelligence, genetics, and materials—have benefited society collectively and rewarded innovators handsomely: we get cool smartphones and technology moguls become billionaires. This contributes to a growing wealth gap; in the United States; the wealth controlled by the top 0.1 percent of households equals that of the bottom ninety percent. Is this the inevitable cost of an innovation-driven economy? Economist Joshua Gans and policy maker Andrew Leigh make the case that pursuing innovation does not mean giving up on equality—precisely the opposite. In this book, they outline ways that society can become both more entrepreneurial and more egalitarian. All innovation entails uncertainty; there's no way to predict which new technologies will catch on. Therefore, Gans and Leigh argue, rather than betting on the future of particular professions, we should consider policies that embrace uncertainty and protect people from unfavorable outcomes. To this end, they suggest policies that promote both innovation and equality. If we encourage innovation in the right way, our future can look more like the cheerful techno-utopia of Star Trek than the dark techno-dystopia of The Terminator.

The number of immigrants in the US science, technology, engineering, and mathematics (STEM) workforce and among recipients of advanced STEM degrees at US universities has increased in recent decades. In light of the current public debate about immigration, there is a need for evidence on the economic impacts of immigrants on the STEM workforce and on innovation. Using new data and state-of-the-art empirical methods, this volume examines various aspects of the relationships between immigration, innovation, and entrepreneurship, including the effects of changes in the number of immigrants and their skill composition on the rate of innovation; the relationship between high-skilled immigration and entrepreneurship; and the differences between immigrant and native entrepreneurs. It presents new evidence on the postgraduation migration patterns of STEM doctoral recipients, in particular the likelihood these graduates will return to their home country. This volume also examines the role of the US higher education system and of US visa policy in attracting foreign students for graduate study and retaining them after graduation.

There is long-standing debate on how population growth affects national economies. A new report from Population Matters examines the history of this debate and synthesizes current research on the topic. The authors, led by Harvard economist David Bloom, conclude that population age structure, more than size or growth per se, affects economic development, and that reducing high fertility can create opportunities for economic growth if the right kinds of educational, health, and labor-market policies are in place. The report also examines specific regions of the world and how their differing policy environments have affected the relationship between population change and economic development.