Since the Industrial Revolution, the world economy has enjoyed ongoing productivity increases that have steadily raised global living standards in the context of a growing world population. This represents a change from the reality prior to roughly 1820, which was marked by long-term stagnation in both living standards and population levels, a condition referred to as the Malthusian Trap (Maddison, 1982). The vast historical literature on the Industrial Revolution, complemented by recent advances in growth theory, demonstrates that capitalism has been able to break this historical trap for more than two centuries through a powerful systemic capacity to generate productivity-increasing innovations.Within this two-century period, however, innovation has not occurred evenly over time nor over geographical territory. The time dynamic is that major innovations occur in waves, and are centered on sets of technologies and their principal industries, such as the textile technology revolution of the late eighteenth and early nineteenth centuries, with its harnessing of water power sources and its mechanical innovations for weaving. In the nineteenth century, technologies around steel, coal, and railroads generated another major wave of productivity increases. In the very late nineteenth century and early twentieth century, the internal combustion engine, electricity, and more mechanical engineering technologies generated another astonishing wave of productivity gains (Gordon, 2016).