We’re used to thinking the universe is sliding toward chaos. The second law of thermodynamics seems to sentence all that exists to gradual decay. But that’s only half the story.
In open systems far from equilibrium, the picture is different. As long as there’s a flow of energy — from a star, from a planet’s interior, from a chemical gradient — matter can build and hold complex structures. Order here arises not against physics, but as its direct consequence.
Local ordering is always paid for by a rise in disorder somewhere else. The universe doesn’t forbid islands of complexity — it only charges for them.
Dissipative structures
The classic examples — a whirlpool, Bénard cells, a living cell. All of them exist only as long as energy flows through them, and all of them dissipate it more efficiently than the surrounding disorder. That’s exactly what makes them stable.
From here comes the first bridge to our theory: if a structure can not only arise but preserve its organization over time, it gains a statistical advantage. And a form that has kept itself gets a chance to grow more complex.