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concept:molecular-stabilityMolecular Stability
The resistance of a molecule to change configuration without external energy input, explained by quantum mechanics.
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Concepts (2)
concept
- Quantum MechanicsimplementsTheoretical framework Schrödinger argues is essential for explaining chemical stability of genes and hereditary substance against thermal perturbation.
- Energy Barrier (Energy Hump)associated_withThe minimum energy required to transition a molecule from one stable isomeric state to another.
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.
- Condition where a pattern memory cannot settle on a unique outcome, producing stochastic switching; common to cognitive and morphogenetic systems.
- A group of atoms bound by Heitler-London forces in a stable quantum state; the gene is proposed to be a huge molecule.
- One of the key measured outcomes hypothesized to depend on wealth-sharing cultural practices.
- How consistently the reflective mode appears across runs; Haiku Δ=0.02 vs GPT-5.4 Δ=1.00
- The Heitler-London quantum mechanical bond that holds atoms together in a molecule.
- Two latent metatraits predicted by Big Two model: stability (C, A, reversed N) and plasticity (E, O)