finding
active
finding:river-meander-curves-are-spaced-at-approximately-ten-times-the-width-of-the-river-and-meander-in-a-way-that-minimizes-energy-consumption-at-bendsRiver meander curves are spaced at approximately ten times the width of the river, and meander in a way that minimizes energy consumption at bends.
Quantitative morphological finding about river meanders used to illustrate minimum-energy morphogenesis
Neighborhood — ranked by edge-count
Claims (1)
claim
- Alexander's critique of least action as an insufficient and non-unique explanation for morphogenesis
Related by similarity (8)
cosine ≥ 0.65 · no typed edgeEntities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.
- Finding used to demonstrate that multiple distinct principles can predict the same morphological outcome, implying something deeper underlies them all
- The mechanical explanation for river meander loops: centrifugal force erodes outer banks, creating STRONG CENTERS and GOOD SHAPE
- Proposes that nonlinear geometric structure is superior to linear feature spaces for capturing semantic content.
- Empirical demonstration that a semantically meaningful variable is encoded as a curved manifold, and that respecting its geometry is critical for effective intervention.
- An analogy for the still, core resting place in a living room where movement does not disturb the main center.
- Botanical finding showing minimum-energy principle generating one of the fifteen properties
- Sixth morphological ripple proposed for the canyon.
- Observation about the cooperation between geometric features and structural features.