Chapter B
Energy throughput vs structural persistence

Living systems exist in constant tension with entropy.
While physical processes naturally move toward disorder, organisms maintain structure by actively preserving internal boundaries and organisation.

This chapter explores how life sustains ordered states through continuous energy use, maintaining coherent biological structures despite the universal tendency toward thermodynamic decay.

Life persists not by resisting energy flow, but by harnessing it.
Organisms continuously process energy and matter to maintain stable structures across time.

This chapter examines how biological systems balance energy throughput with structural persistence, allowing living organisms to remain organised while operating far from thermodynamic equilibrium.

Many physical systems also form temporary structures through energy flow, such as convection cells, storms, or chemical oscillations.
Yet these systems lack the self-maintaining organisation seen in living organisms.

This chapter compares biological systems with non-living dissipative structures, highlighting the additional mechanisms that allow life to preserve identity, regulate internal processes, and reproduce coherent organisation across generations.