Evolution in a flat fitness landscape

DOI10.1007/BF02460723zbMath0751.92005OpenAlexW4250379351MaRDI QIDQ1175540

Luca Peliti, Bernard Derrida

Publication date: 25 June 1992

Published in: Bulletin of Mathematical Biology (Search for Journal in Brave)

Full work available at URL: https://doi.org/10.1007/bf02460723

zbMATH Keywords

genetic driftstochastic dynamical systemmutationgenetic variabilityabsence of selectionannealed random map modelasexually reproducing individualsflat fitness landscapegenealogy statisticsneutral Wright modelpopulation of fixed sizereversed time

Mathematics Subject Classification ID

Problems related to evolution (92D15) Genetics and epigenetics (92D10)

Related Items (21)

Mutate now, die later. Evolutionary dynamics with delayed selection ⋮ LOCALIZATION AND GLASSY DYNAMICS IN THE IMMUNE SYSTEM ⋮ Local connectivity of neutral networks ⋮ Generic properties of combinatory maps: Neutral networks of RNA secondary structures ⋮ Supercritical branching processes and the role of fluctuations under exponential population growth ⋮ Effect of selection on the topology of genealogical trees ⋮ Ultrametric identities in glassy models of natural evolution ⋮ Structural properties of random networks of cliques ⋮ Selection for mutational robustness in finite populations ⋮ Statistical properties of model kinship networks ⋮ Genealogies in simple models of evolution ⋮ Understanding clustering in type space using field theoretic techniques ⋮ Complex-temperature zeros of the partition function in spin-glass models ⋮ Chance and necessity in evolution: lessons from RNA ⋮ Optimal adaptive performance and delocalization in NK fitness landscapes ⋮ Evolutionary dynamics of a polymorphic self-replicator population with a finite population size and hyper mutation rate ⋮ On the genealogy of populations: trees, branches and offspring ⋮ DIFFUSION OF A POPULATION OF INTERACTING REPLICATORS IN SEQUENCE SPACE ⋮ Quantum chaotic dynamics and random polynomials ⋮ Optimizing epochal evolutionary search: population-size independent theory. ⋮ A linear algebra model for quasispecies

Cites Work

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• Polynucleotide evolution and branching processes
• Stationary mutant distributions and evolutionary optimization
• Variability in the amount of heterozygosity maintained by neutral mutations
• Random-energy model: An exactly solvable model of disordered systems

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