<p>Each pie chart depict the evolutionary stable state that is induced by a particular combination of amount of learning τ (x-axis) and proportion ω of cooperative interactions (y-axis).</p
<p>(A) Schematic representation of how the signal modifies the trajectories of G1-phase progression...
<p>Squares denote the stable equilibrium states. Arrows starting at point stand for the rate of cha...
The grey areas are where there is possible coexistence between strategy r1 and r2. The solid lines r...
<p>The dependences of characteristic genotypes on the intensity of fluctuation <i>λ</i>. Data from t...
<p>The frequency of each ToM phenotype (y-axis) is plotted against evolutionary time (x-axis), for 1...
<p>Evolution of the trajectories of the deterministic model starting from different initial conditio...
A: Firing rate of the network with adaptation at the equilibrium ϕ(x0) for increasing adaptive coupl...
<p><b>.</b> The most abundant genome is indicated by a larger name in each region. The average fitne...
<p>(A) The temporal evolution of from various initial states. All initial states are attracted by t...
<p>In the epidemic region, plants and pathogens coexist and the equilibrium is stable. In the oscill...
<p>Green, red, and black dots denote stable, repelling, and saddle FPs (resp.) in the vicinity of th...
<p>(<b>a</b>) We plot <i>G<sup>A</sup>(j,t)</i> for three different instants of evolutionary time. E...
<p>The black line represents transitivity, the red line indicates the global efficiency, the blue li...
A variety of fascinating morphological patterns arise on surfaces of growing, developing or aging ti...
<p>The parameter values are , , , , . The red dashed-line denotes the critical value for the number ...
<p>(A) Schematic representation of how the signal modifies the trajectories of G1-phase progression...
<p>Squares denote the stable equilibrium states. Arrows starting at point stand for the rate of cha...
The grey areas are where there is possible coexistence between strategy r1 and r2. The solid lines r...
<p>The dependences of characteristic genotypes on the intensity of fluctuation <i>λ</i>. Data from t...
<p>The frequency of each ToM phenotype (y-axis) is plotted against evolutionary time (x-axis), for 1...
<p>Evolution of the trajectories of the deterministic model starting from different initial conditio...
A: Firing rate of the network with adaptation at the equilibrium ϕ(x0) for increasing adaptive coupl...
<p><b>.</b> The most abundant genome is indicated by a larger name in each region. The average fitne...
<p>(A) The temporal evolution of from various initial states. All initial states are attracted by t...
<p>In the epidemic region, plants and pathogens coexist and the equilibrium is stable. In the oscill...
<p>Green, red, and black dots denote stable, repelling, and saddle FPs (resp.) in the vicinity of th...
<p>(<b>a</b>) We plot <i>G<sup>A</sup>(j,t)</i> for three different instants of evolutionary time. E...
<p>The black line represents transitivity, the red line indicates the global efficiency, the blue li...
A variety of fascinating morphological patterns arise on surfaces of growing, developing or aging ti...
<p>The parameter values are , , , , . The red dashed-line denotes the critical value for the number ...
<p>(A) Schematic representation of how the signal modifies the trajectories of G1-phase progression...
<p>Squares denote the stable equilibrium states. Arrows starting at point stand for the rate of cha...
The grey areas are where there is possible coexistence between strategy r1 and r2. The solid lines r...
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