Pattern Formation

Phase transition in a spatial Lotka-Volterra model

Engineering / Monte Carlo Simulation / Molecular Evolution / Nonlinear dynamics / Pattern Formation / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method

Phase transition in a spatial Lotka-Volterra model

Engineering / Monte Carlo Simulation / Molecular Evolution / Nonlinear dynamics / Pattern Formation / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method

Generalized contact process on random environments

Engineering / Probability Theory / Stochastic Process / Lattice Theory / Monte Carlo Simulation / Pattern Formation / Mathematical Sciences / Physical sciences / Time Dependent / Random Environment / Population dynamic / Contact Process / Pattern Formation / Mathematical Sciences / Physical sciences / Time Dependent / Random Environment / Population dynamic / Contact Process

Compartmentalized granular gases: flux model results

Mathematical Physics / Thermodynamics / Pattern Formation / Classical Physics / Granular Matter

Faraday Instability in a Multimode Laser

Pattern Formation / Fiber Lasers / Fiber Laser / Physical sciences / Semiconductor Lasers / Bifurcation

Faraday patterns in low-dimensional Bose-Einstein condensates

Thermodynamics / Pattern Formation / Mathematical Sciences / Physical sciences / Nonlinear Dynamics and Chaos / Parametric excitation / CHEMICAL SCIENCES / Structural Properties / Parametric excitation / CHEMICAL SCIENCES / Structural Properties

Morphological, developmental and ultrastructural comparison of Osmunda regalis L. spores with spore mimics

Geology / Pattern Formation / Self Assembly / Palaeobotany

Spatiotemporal Dynamics in a Spatial Plankton System

Applied Mathematics / Pattern Formation / Theoretical Analysis / Model System / Complex Dynamics

Morphogenesis of Maize Embryos Requires ZmPRPL35-1 Encoding a Plastid Ribosomal Protein

Electron Microscopy / Pattern Formation / Confocal Microscopy / Morphogenesis / In Situ Hybridization / Biological Sciences / Plant Physiology / Mutation / Maize / Plant / Ribosomal proteins / Phenotype / Molecular cloning / Zea mays / Seeds / Amino Acid Sequence / Embryos / PLANT PROTEINS / Plant Epidermis / Biological Sciences / Plant Physiology / Mutation / Maize / Plant / Ribosomal proteins / Phenotype / Molecular cloning / Zea mays / Seeds / Amino Acid Sequence / Embryos / PLANT PROTEINS / Plant Epidermis

Microdisplacements induced by a local perturbation inside a granular packing

Engineering / Pattern Formation / Mathematical Sciences / Physical sciences / Free Surface / Granular Material / Feeding Functional Response / Porous Material / Granular Material / Feeding Functional Response / Porous Material

Active brownian particles: Artificial agents in physics

Pattern Formation / Complex System / Agent Modeling / Self Organization / Individual Based Model

Probing gene activity in Drosophila embryos

RNA / Embryology / Pattern Formation / DNA / Drosophila / Mutation / Animals / Phenotype / Genes / Molecular cloning / Genetic Analysis / Embryos / Mutation / Animals / Phenotype / Genes / Molecular cloning / Genetic Analysis / Embryos

Probing gene activity in Drosophila embryos

RNA / Embryology / Pattern Formation / DNA / Drosophila / Mutation / Animals / Phenotype / Genes / Molecular cloning / Genetic Analysis / Embryos / Mutation / Animals / Phenotype / Genes / Molecular cloning / Genetic Analysis / Embryos

A scalable solution to n-bit parity via artificial development

Pattern Formation / Evolutionary Algorithm / Evolvable Hardware

A scalable solution to n-bit parity via artificial development

Pattern Formation / Evolutionary Algorithm / Evolvable Hardware

Morphogenesis of Maize Embryos Requires ZmPRPL35-1 Encoding a Plastid Ribosomal Protein

Electron Microscopy / Pattern Formation / Confocal Microscopy / Morphogenesis / In Situ Hybridization / Biological Sciences / Plant Physiology / Mutation / Maize / Plant / Ribosomal proteins / Phenotype / Molecular cloning / Zea mays / Seeds / Amino Acid Sequence / Embryos / PLANT PROTEINS / Plant Epidermis / Biological Sciences / Plant Physiology / Mutation / Maize / Plant / Ribosomal proteins / Phenotype / Molecular cloning / Zea mays / Seeds / Amino Acid Sequence / Embryos / PLANT PROTEINS / Plant Epidermis

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