Transitions from incoherent to coherent dynamical states can be observed in various real-
world networks, ranging from neurons to power-grids. These transitions can be explosive or …

The study of chimera states in non-pairwise interaction networks is one of the challenging
issues in current research. In recent work [S. Kundu and D. Ghosh (2022)], it was discovered …

Swarmalators, which combine the swarming phenomenon with synchronization, have drawn
a lot of attention from researchers in recent years. Nevertheless, the majority of earlier …

The dynamics of synchronization transitions in two real-world neuronal networks, the rhesus
macaque brain and cortical networks, are investigated. These networks are examples of …

In recent studies, it has been established that higher-order interactions in coupled oscillators
can induce a process from continuous to explosive phase transition. In this study, we identify …

In cluster synchronization, network nodes are divided into synchronized groups before the
whole network gets synchronized. This phenomenon is crucial in understanding the …

Synchronization transition, a phenomenon widely observed in various networks, can be
classified into two types: explosive and continuous transitions. While the continuous …

By designing coupling to control populations of oscillators, we can control their
synchonisation behaviour. Oscillators (eg neurons) can be coupled on different levels. The …

Abrupt transitions in the dynamic behavior of oscillator networks are intriguing phenomena
observed in various physical systems, though their causes are not completely understood …