From one of the leading policy experts of our time, an urgent rethinking of how we can better support each other to thriveWhether we realize it or not, all of us participate in the social contract every day through mutual obligations among our family, community, place of work, and fellow citizens. Caring for others, paying taxes, and benefiting from public services define the social contract that supports and binds us together as a society. Today, however, our social contract has been broken by changing gender roles, technology, new models of work, aging, and the perils of climate change. Minouche Shafik takes us through stages of life we all experience--raising children, getting educated, falling ill, working, growing old--and shows how a reordering of our societies is possible. Drawing on evidence and examples from around the world, she shows how every country can provide citizens with the basics to have a decent life and be able to contribute to society. But we owe each other more than this. A more generous and inclusive society would also share more risks collectively and ask everyone to contribute for as long as they can so that everyone can fulfill their potential. What We Owe Each Other identifies the key elements of a better social contract that recognizes our interdependencies, supports and invests more in each other, and expects more of individuals in return. Powerful, hopeful, and thought-provoking, What We Owe Each Other provides practical solutions to current challenges and demonstrates how we can build a better society--together.
Author: Minouche Shafik
Publisher: Princeton University Press
Binding Type: Hardcover
Size: 9.40h x 6.40w x 1.20d
Kirkus Reviews 02/15/2021
Shelf Awareness 04/27/2021
About the Author
Minouche Shafik is Director of the London School of Economics and Political Science. She was vice president of the World Bank, permanent secretary of the Department for International Development, deputy managing director of the International Monetary Fund, and deputy governor of the Bank of England.