Scale

Geoffrey West, a physicist and urban planner, explores the universal mathematical laws that govern the growth and structure of complex systems. Drawing on his research in urban scaling, he argues that cities, companies, and biological organisms all follow similar power-law relationships as they expand. This framework reveals why larger cities tend to be more innovative and productive per capita, while also facing increased challenges in infrastructure and social cohesion.

The book bridges the gap between natural science and social science, demonstrating that the same principles that determine the lifespan of a mouse or an elephant also influence the trajectory of a corporation or a metropolis. West’s writing is accessible and analytical, using data visualization and clear logic to make abstract concepts tangible. By applying these insights to urban planning and business strategy, he offers a perspective on how to design systems that are not only efficient but also sustainable and equitable.

Description adapted from Open Library bibliographic data ↗.