Gender diversity has the potential to drive scientific discovery and innovation. Here, we distinguish three approaches to gender diversity: diversity in research teams, diversity in research methods and diversity in research questions. While gender diversity is commonly understood to refer only to the gender composition of research teams, fully realizing the potential of diversity for science and innovation also requires attention to the methods employed and questions raised in scientific knowledge-making. We provide a framework for understanding the best ways to support the three approaches to gender diversity across four interdependent domains — from research teams to the broader disciplines in which they are embedded to research organizations and ultimately to the different societies that shape them through specific gender norms and policies. Our analysis demonstrates that realizing the benefits of diversity for science requires careful management of these four interdependent domains.

In 1670 the Sicilian painter Agostino Scilla (1629–1700) devised an entirely new way of depicting fossils when he wrote and illustrated his Vain Speculation Undeceived by Sense (1670–1671), which argued that fossils were the remains of once living creatures and not mimetic stones. This essay explores the nature of Scilla’s graphic innovations, comparing his fossils drawings and Pietro Santi Bartoli’s engravings of them to earlier and contemporary images of fossils. Scilla captured the effect of time on nature by infusing his style of drawing with his philosophical understanding of what it means to see and to know. He made his drawing less rich in detail to focus on those which served his purpose. In particular, he made the first use of dotted lines in paleontological illustration to render his images dynamic theoretical interpretations rather than static depictions.

The digital transition of the world economy is now entering a phase of broad and deep societal impact. While there is one overall transition, there are many different sectoral transformations, from health and legal services to tax reports and taxi rides, as well as a rising number of transversal trends and policy issues, from widespread precarious employment and privacy concerns to market monopoly and cybercrime. This Research Handbook offers a rich and interdisciplinary synthesis of some of the recent research on the digital transformations currently under way.

This comprehensive study contains chapters covering sectoral and transversal analyses, all of which are specially commissioned and include cutting-edge research. The contributions featured are global, spanning four continents and seven different countries, as well as interdisciplinary, including experts in economics, sociology, law, finance, urban planning and innovation management. The digital transformations discussed are fertile ground for researchers, as established laws and regulations, organizational structures, business models, value networks and workflow routines are contested and displaced by newer alternatives.

This book will be equally pertinent to three constituencies: academic researchers and graduate students, practitioners in various industrial and service sectors and policy makers.

Chapter 17 of this book, The Impact of Digital Technologies on Innovation Policy, was written by Shorenstein APARC Research Scholar Kenji Kushida.

Highly readable yet deeply researched, this book serves as an essential guide to the many ways in which Japan has risen to become one of the world's most creative and innovative societies.

• Challenges conventional views of Japan as mired in two unproductive "lost decades" by documenting the myriad ways in which the nation has embraced creativity and innovation

• Describes the ways in which Japan has transformed our lives and explains the guiding principles of one of the world's least understood, most vibrantly creative societies

• Explains how Japan, as the world's first non-Western developed nation, can inspire other nations at a time when America's economic and social models are being challenged as never before

• Argues that, in a world that seems to have lost its direction in the face of threats ranging from terrorism to angry populism, Japan can assume greater leadership in preserving global peace and prosperity

Chapter 4 of this book, Departing from Silicon Valley: Japan's New Startup Ecosystem, was written by Shorenstein APARC Research Scholar Kenji Kushida.

Under what we call Abenergynomics, Japanese Prime Minister Abe Shinzō has used energy policy to support the growth objectives of Abenomics, even when the associated policies are publicly unpopular, opposed by utility companies, or harmful to the environment. We show how Abenergynomics has shaped Japanese policy on nuclear power, electricity deregulation, renewable energy, and climate change.

Given that much of the global leadership in value creation over the past couple of decades has been driven by the Silicon Valley model – not only a geographic region but a distinct ecosystem of complementary characteristics – the basic question this paper asks is how far Japan’s Abenomics reforms are pushing Japan towards being able to compete in an era dominated by Silicon Valley firms. 

To answer this, the first section of this paper looks at content of the third arrow of Abenomics. The second section then distills the Silicon Valley ecosystem into its key characteristics, sorts each of these characteristics according to the underlying institutions to put forth a model, and briefly evaluates whether third arrow reforms move Japan closer to a Silicon Valley model of entrepreneurship and innovation.

Artificial Intelligence (AI) is rapidly becoming one of the underlying drivers of the next wave of industrial transformations. There is every reason to believe that we are on the cusp of a sea change in how human activities and decision-making are transformed by abundant computing power. This research note will provide the basis for understanding the conceptual building blocks and paradigmatic examples of how the development of AI is accelerating, and how its deployment will be transformative.