Into the Cool

A question that organizational behavior has no good answer for: why does complexity increase over time? Darwin answers how organisms adapt to survive. But trajectory—why ecosystems mature toward greater energy throughput, why the biosphere has a direction at all—requires a different answer.

The second law drives life. Gradients must be reduced; complex systems reduce them faster than simple ones; complexity arises because physics demands it. Direction inherent in the universe, generated by physics. Organizations develop the way they do because systems build complexity to accelerate entropy production. That's the engine.

The book's thesis is that nature abhors a gradient. A gradient is any difference—in temperature, pressure, chemical concentration—across distance. The second law of thermodynamics describes energy's tendency to spread from concentrated to dispersed. Life arose to reduce the gradient between the 5,800K sun and the 2.7K cosmic background. We are dissipative structures, organizing complexity to accelerate entropy production.

This resolves Schrödinger's paradox: how does life create local order while the universe trends toward disorder? There is no paradox. Living systems maintain organization precisely by exporting entropy faster than equilibrium processes would. We exemplify the second law. From hurricanes to ecosystems to human consciousness, complexity emerges wherever energy gradients persist.