Chapter 46
DNA ↔ Information boundary encoding

The cell membrane defines the physical boundary that separates the internal environment of the cell from the external world.
Through its structure and flexibility, it regulates exchange while preserving cellular stability.

This chapter examines the membrane as a curvature boundary that maintains cellular organisation while allowing controlled interaction with surrounding environments.

Neural systems process information through interconnected pathways that continually circulate signals across the network.
These loops allow organisms to interpret sensory input, generate responses, and maintain internal awareness.

This chapter explores neural loops as recursive signalling structures that support complex cognition and behavioural coordination.

The immune system protects organisms by recognising and responding to foreign structures that threaten biological stability.
Through detection and response mechanisms, it distinguishes internal biological structures from external threats.

This chapter examines immune discrimination as a system that resolves biological contradictions by identifying and neutralising disruptive elements.