life · biological
a state where matter persists through time and uses energy to maintain its pattern despite change
Examples
- The bacterium Escherichia coli reproduces every 20 minutes in the human gut, consuming nutrients to sustain its structure and function. biology
- The Sun’s core fuses hydrogen into helium, maintaining plasma confinement through gravity and pressure for billions of years. physics
- The International Space Station recycles water and filters air to sustain crew life in low Earth orbit since 1998. engineering
Emergence
through: matter, energy, and pattern interact over time, with energy being used to maintain the pattern through change, allowing the system to persist in a stable condition
- self-sustained stability
- dynamic equilibrium
- persistence through regulated change
Chain to foundations
as tree
- lifeL15
- matterL1
- energyL0 (shown above)
- patternL0 (shown above)
- changeL1
- keepL5
- persistL1
- controlL4
- patternL0 (shown above)
- timeL0 (shown above)
- boundaryL2
- spaceL0 (shown above)
- differenceL1
- patternL0 (shown above)
- changeL1 (shown above)
- othersL2
- spaceL0 (shown above)
- timeL0 (shown above)
- patternL0 (shown above)
- differenceL1 (shown above)
- changeL1 (shown above)
- persistL1 (shown above)
- setsL3
- patternL0 (shown above)
- othersL2 (shown above)
- boundaryL2 (shown above)
- differenceL1 (shown above)
- makeL4
- spaceL0 (shown above)
- stateL2
- persistL1 (shown above)
- stateL2 (shown above)
- timeL0 (shown above)
- useL6
- maintenanceL14
- workL3
- parameterL4
- windowL7
- holdL13
- insideL5 (shown above)
Neighborhood
Concepts that depend on this one above; what it is built from below.
Used by (5)
Relations
| is-a | state.condition | is-a |