Product Description
A physical account of how selection began before life did — grounded not in metaphor, but in the thermodynamics of matter under constraint.What if evolution did not begin after life appeared?Biology usually divides the story in two. First abiogenesis: chemistry somehow assembles the first living thing. Then evolution: variation, inheritance, selection, descent. The First Natural Selection argues that this page break is an artifact — that selection was already operating, in a weaker physical form, long before anything was alive.The mechanism is not mysterious. In systems held far from equilibrium, some configurations of matter persist longer than others under shared constraint. That differential persistence is selection in its most basic form — no genes, no replication, no organism required. As persistent structures bias the conditions that follow, persistence begins to accumulate: what physics would call history-dependence, and what biology, much later and much amplified, calls heredity. Life is not the invention of this process. It is its high-gain regime.Drawing on non-equilibrium thermodynamics and the behavior of dissipative structures, the book reframes the origin of life as a continuous transition rather than a threshold. It explains why "the first cell" is the wrong question, why reproduction amplifies selection rather than creating it, and why the boundary between abiogenesis and evolution is better understood as a slope than a wall.This is not a recipe for making life in a lab, and it is not a metaphor. It is a physical argument for why life-like chemistry could begin to matter — to persist, to accumulate, to select — before there was any life to do the selecting.For readers of origin-of-life science, evolutionary theory, astrobiology, complexity, and the physics of living systems. Read more
