Why Information Grows: The Evolution of Order, from Atoms to Economies: Summary & Key Insights

Every story of information begins with the physical universe. To understand why information grows, we must first explore how matter itself organizes into patterns. In physics, entropy represents the natural tendency toward disorder, yet in specific conditions, pockets of order arise—crystals form, stars ignite, and structures emerge. These are local triumphs over chaos, enabled by the constant flow of energy.

Order, therefore, is not free; it is maintained by the dissipation of energy. When a plant grows, it takes in sunlight and uses that energy to arrange atoms into complex molecules. Similarly, when humans create technology, we borrow energy and manipulate matter to give it form and function. The result is physical information—the arrangement of components that carry meaning.

In this view, the economy itself is an extension of the physics of order. Each product is a frozen record of the knowledge and energy invested in its creation. The more intricate the product, the more informational content it embodies. A wooden chair and a microchip differ not only in material but in informational density—the organization required to make them is vastly different.

By acknowledging the physicality of information, we discover a continuity between the laws of thermodynamics and the laws of human progress. What we call innovation is, at its essence, the expansion of order—the transformation of energy into structured complexity.

Life is the great leap in the story of information. Unlike inanimate matter, living systems actively process information. They take energy from their environment and use it to maintain structure, to copy themselves, and to evolve. DNA, the molecule of life, is a code—a memory device that stores information about how to build and sustain an organism. Each living being is therefore a dynamic repository of physical and biological order.

When we look at life as an information-processing system, we begin to understand evolution as a process of increasing informational complexity. Natural selection does not just favor survival; it favors the preservation and amplification of useful information. Over time, life accumulates the knowledge of how to survive, adapt, and innovate.

This biological understanding provides a foundation for human knowledge. Our brains evolved as information-processing machines that could represent the world, predict outcomes, and communicate intentions. From this biological instinct for organization and understanding springs culture, technology, and eventually economics.

In life, information produces adaptation; in societies, information produces coordination. The ability to process and act upon information defines the boundary between survival and prosperity. Every organism, like every economy, depends on its capacity to store and use knowledge effectively.