Swarmalators

Examples of several states of the swarmalator phase diagram, see Fig. 6.11.
The video has two time scales t∈[0,150] and t∈[150,1000].

Classes of steady states of N=100 swarmalators after a duration of t=1000. The top row shows the steady states in 2D position space where the color corresponds to ϕj - Ψ, i.e., the phase of each swarmalator subtracted by the complex phase of the order parameter W defined in Eq. (6.6.3). The order parameter R is the Kuramoto model order parameter defined in Eq. (6.1.3). The second row shows the correlation between the phase ϕj - Ψ of the swarmalators and their azimuthal angle φj. (a) Static Asynch (StA) for (K,J)=(-0.8,0.2). (b) Active Phase Wave (ActPW) for (K,J)=(-0.8,1). (c) Splintered Phase Wave (SpPW) for (K,J)=(-0.1,1). (d) Static Phase Wave (StPW) for (K,J)=(0,1). (e) Static Synch (StS) for (K,J)=(0.1,0.2). For small |W|, Ψ is fluctuating and leads to the fluctuation of the color even if ϕj is stable.

Tobias Kehrer
Tobias Kehrer
Patent Professional

My areas of experience include Physics, Quantum Computing, Optics, Medical Engineering, Mechanics, …