Sentence examples for evolution in complex from inspiring English sources

The phase field method is a promising tool for simulation of the microstructure evolution in complex systems but introduces several parameters that are not standard in thermodynamics.

According to the growing evolution in complex systems and their integrations, Internet of things, communication, massive information flows and big data, a new type of systems has been raised to software engineers known as Ultra Large Scale (ULS) Systems.

In this paper, we develop a phase-field approach that can study domain patterns and domain evolution in complex geometries with no a priori assumption on geometry, electrode arrangement, and dielectric properties.

Fig. 3 Modeling tinkered evolution in complex cellular networks.

This work is of importance to the continued validation of the Pitzer ion-interaction parameter database and geochemical modeling used by the Yucca Mountain Project, and supports its adequate capabilities in predicting brine evolution in complex aqueous systems at elevated temperatures.

Based on this model, Fisher proposed a solution to the question of how evolution in complex organisms nevertheless occurs, namely that the more traits the organism has, and therefore the more dimensional the mutations are, the smaller must be the mutational steps.

The genomes of modern grass species are a result of more complex evolutionary mechanisms, and reticulate evolution in the complex has been previously proposed [ 58].

His Nobel-winning work, with Max Delbrük and Alfred Hershey, showed that bacteria develop resistance to bacteriophages through random mutations the same phenomenon that helps drive evolution in more complex organisms.

To explore the interactions between population size, environment, and fitness gain in more detail, the adaptive trajectories of a subset of small and large populations during evolution in the complex resource environment were obtained (Fig. 2).

Evidence was found for polyploidy and reticulate evolution in this complex.

The dynamic balance between canalization and plasticity is therefore one of the major drivers and outcomes of evolution in a complex environmental milieu.