## Summary Emergence describes how complex patterns arise from simple interactions. It’s when the whole becomes more than the sum of its parts. ## Definition Emergence refers to **complex behaviors, systems, or properties that arise from simpler rules or interactions.** It appears when local interactions at a lower level produce global patterns at a higher level. ## Properties - **Novelty** – emergent behaviors aren’t predictable from the parts alone - **Irreducibility** – the system can’t be fully explained by its parts in isolation - **Organization** – self-organization often plays a central role (e.g. flocking birds, ant colonies) ## Examples In Physics (and related sciences), emergent properties often show up when: - **Microscopic rules** (like particles interacting under basic forces) give rise to - **Macroscopic phenomena** (like temperature, pressure, superconductivity, or even consciousness in some theories). For example: - **Temperature** doesn’t exist at the level of a single atom—it emerges from the average kinetic energy of a collection of atoms. - **Superconductivity** arises not from a single electron, but from the coordinated behavior of many electrons in a lattice under certain conditions. ## Related Ideas - [[hyperobjects]] - Systems thinking - Self-organization > [!NOTE] Note to self > You might already be using this concept when you talk about: > - How organizations behave differently than the individuals within them > - How culture evolves from countless small interactions > - How growth systems or GTM strategies compound over time in unpredictable ways