The Large-Scale Structure of the Universe¶
Peebles, P. J. E. (1980). The Large-Scale Structure of the Universe. Princeton University Press.
Cited by¶
1 citation across 1 artifact.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Phase Separation
- Informational ecology — media bubbles, partisan sorting, and in-group homophily produce phase-separated information environments from initially mixed populations once within-group affinity exceeds cross-group affinity. Economics — market segmentation sorts products and customers into price and quality bands when cross-segment switching costs exceed within-segment cohesion; industrial agglomeration is the same pattern at firm scale. Ecology — competing species sort into spatial bands or patches, and zonation along environmental gradients produces sharp band boundaries by the same mathematics. Distributed systems — data sharding by access locality, partition-tolerance creating effectively separate sub-clusters during network splits, and workload-affinity cache partitioning are computational phase separation. Cosmology — matter evolves from near-homogeneity into filamentary and void structure under gravitational instability, a phase-separation analogue at cosmic scale.
This sourceTreats the growth of matter from near-homogeneity into filamentary and void structure under gravitational instability.
- Informational ecology — media bubbles, partisan sorting, and in-group homophily produce phase-separated information environments from initially mixed populations once within-group affinity exceeds cross-group affinity. Economics — market segmentation sorts products and customers into price and quality bands when cross-segment switching costs exceed within-segment cohesion; industrial agglomeration is the same pattern at firm scale. Ecology — competing species sort into spatial bands or patches, and zonation along environmental gradients produces sharp band boundaries by the same mathematics. Distributed systems — data sharding by access locality, partition-tolerance creating effectively separate sub-clusters during network splits, and workload-affinity cache partitioning are computational phase separation. Cosmology — matter evolves from near-homogeneity into filamentary and void structure under gravitational instability, a phase-separation analogue at cosmic scale.
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Registry ID ref:d3c2f2aa7b23 · see in the full table