Active monopolar forces on critical percolation networks reproduce the thermal subdiffusion exponent 1-d_s/2, whereas dipolar forces cause slow collapse, saturation, and, in rigid triangular lattices, a sharp collapse transition.
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Non-equilibrium dynamics of disordered fractal spring network with active forces
Active monopolar forces on critical percolation networks reproduce the thermal subdiffusion exponent 1-d_s/2, whereas dipolar forces cause slow collapse, saturation, and, in rigid triangular lattices, a sharp collapse transition.